Laboratory Clicker Press

This lab clicker press operates at a very low noise level. It features dial control daylight adjustment (1.5 to 5.1 in.), an easy turning swing beam and a two-hand safety trip. The table size is 13.75 x 25.5 in.

The air clicker is a smaller, inexpensive table top press for easy-to-cut materials.

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Ozone Analyser

Upon entering the instrument, the sample is diverted by the gas valve into the catalytic converter which selectively changes any ozone present to oxygen. This sample, with no ozone, then passes though the absorption chamber where the detector measures the amount of ultraviolet light transmitted through it. Upon completion of this cycle, the valve is activated and the sample containing ozone is passed through the absorption chamber. The absorption by ozone of the ultraviolet radiation at a wavelength of 254nm is measured at the sample detector, and displayed in parts-per-million (ppm) ozone.

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MICRO CUTTING MACHINE

Built with absolute simplicity, the Ray-Ran Micro Cutting Machine has been specifically designed to cut thin plastic film and other materials into rectangular strips of varied widths using specifically designed cutting heads. It is Ideal for making Tensile and Tear Test strips to various International Test Standards when conventional die cutting is not suitable or recommended. This apparatus has rapidly become a valuable tool from the Ray-Ran product range and is ideal for all types of flexible packaging, film, foils and paper up to 250m (0.25mm) thick.
Extremely simple to operate, the adjustable spring loaded head support slides on hardened and ground steel rail guides using linear roller bearings to maintain rigidity and accuracy when cutting. The cutting head attachment is made from high quality tool steel and chrome plated for rust protection and holds 2 custom made razor sharp blades accurately spaced to within 0.01mm. The cutter head blades are easily removed when they are worn and need replacing and no further adjustment to the new blades will be required when fitted. With a minimum cut width of 0.25mm, cutting heads can be supplied to cut single or multiple test samples in one single pass increasing your testing capacity and productivity.
The apparatus is supplied with a recessed base which can accept a cutting base pad such as card or rubber sheet which will help protect the cutting blades during the cutting process. A clamping mechanism is also fitted to firmly support the sample material.As standard the cutting stroke length of the apparatus accommodates A4 size samples but this can be increased to customers individual requirements.
To operate the Micro Cutting Machine, insert the material under the cutting rails and position it into the clamping mechanism. Slightly slide the cutting head to a position over the material approximately 10 20 mm from its clamped edge. Push the cutter down on top of the material and pull the cutter head towards you across the guide rails. Once at the end of its travel return the cutter head to its start position. Simply remove the material and trim the sample to the required length.

Technical Specification

Simple to operate film cutter
Cuts film up to 250m (0.25mm) thick
Minimum sample width 250m (0.25mm)
Linear roller bearing guides
Hardened and ground guide rail system
Spring loaded Cutter head assembly
Interchangeable cutter heads
Multi cut heads available
Cutter heads made to customers requirements
Sample clamping rail
Cutting stroke length A4 as standard.
Product user manual
CE declaration certificate

Optional Ancillaries

Cutting stroke length to customers requirements
Cutter heads made to customers requirements
Multiple blades available on one cutter head
Cutting Blades (Pack of 10)

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Static Clean System

This stainless steel closed loop parts cleaning system employs three proven cleaning tools static neutralization, high velocity compressed air and advanced HEPA filtration. The unit only occupies just over three square FT of of valuable bench space and allows you to clean parts in a clean room with little risk of contaminating the surrounding environment. Its features include Stainless Steel Construction. HEPA filter (99% efficient at 0.3 micron)

FEATURESThis HepaClean 2500 /3000 stainless steel closed loop parts cleaning system employs three proven cleaning tools static neutralization, high velocity compressed air and advanced HEPA filtration. The unit only occupies just over three square FT of of valuable bench space and allows you to clean parts in a clean room with little risk of contaminating the surrounding environment.

Its features include:

Stainless Steel Construction
HEPA filter (99% efficient at 0.3 micron)
Multi-layered pre-filter
Direct drive high velocity air blower with
Balanced impeller for quiet operation
Lighted rocker switches
Fluorescent interior work light
Perforated stainless steel work surface
Motion sensor for automatic operation
Solenoid valve for automatic operation
Removable side panels for pass through operation; can also be mullioned together

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Web Cleaning System

The WebVac Web Cleaning System from Static Clean is a continuous-duty cleaning system designed to provide contact or non contact cleaning of narrow and wide webs in a variety of critical applications enabling converters the ability to simultaneously improve the quality of product and increase profits by reducing rejects. In a single package, the WebVac combines three proven cleaning technologies powerful vacuum, static neutralization, and compressed air blow-off to remove dry contaminants from narrow and wide webs quickly and efficiently. Once removed, the WebVac captures and collects the contaminants for safe and easy disposal.

FEATURESThe WebVac Web Cleaning System from Static Clean is a continuous-duty cleaning system designed to provide contact or non contact cleaning of narrow and wide webs in a variety of critical applications enabling converters the ability to simultaneously improve the quality of product and increase profits by reducing rejects. In a single package, the WebVac combines three proven cleaning technologies powerful vacuum, static neutralization, and compressed air blow-off to remove dry contaminants from narrow and wide webs quickly and efficiently. Once removed, the WebVac captures and collects the contaminants for safe and easy disposal.

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Ultrasonic Flaw Detector

Ultrasonic flaw detector UD2301 is designed for nondestructive testing of metals, plastics, glass, composite materials, weld inspection and measurement thickness of the various products and structures.Flaw detector allows user to detect various defects such as discontinuities, cracks and heterogeneity of materials in semi-finished products and welded joints, to measure the depth and coordinates of defects, the thickness of products, the speed of propagation and attenuation of ultrasonic vibrations (UT) in the material.Ultrasonic Flaw detector is produced in small housing with optimal size for performing testing in tight spaces. Device has color display with high resolution 320*480 pixels, which significantly improves the usability of the device.

Advantages
Display of the device can be operated in any orientation there are 4 options of display rotation, that allows user to customize the unit by himself, both for lefties and righties users. Instrument could be operated in both portrait and landscape orientations.Appointment of the ultrasonic flaw detector:

to test the quality of welds and base metal of products;
to detect corrosion, cracks, delaminations and other internal defects;
to determine coordinates and parameter estimation of defects such as discontinuity, cracks and uniformity of material in products from metal, plastic, composites and other materials;
to measure the thickness of products.

Flaw detector is equipped with 3 standard type AA rechargeable batteries. The device can also operate from simple batteries the same type. Using the batteries of standard type allows autonomous operation of the device in almost any conditions if not the ability to charge batteries, it is possible to have spare batteries, or buy new batteries at any store.Flaw detector allows user to solve a wide range of tasks from the thickness measurement of thin products to large-sized casting flaw detection.Sealed housing with rubber protective strips Ultrasonic flaw detector UD2301 is ideal for using in workshop and field conditions with high humidity, dust, etc. Device has frost-resistant display that allows user to use the device at any season and in any climatic zone of the Earth.

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Stripping Machine

The cable Stripping and Twisting machine ST215 was specially developed for thin cables. It features an approved fourblade system, which provides accurate and exactly repeated stripping of cables.

The coating is removed by cutting with four rotating blades and strip-off in one single step. This innovative procedure allows processing of:

Coax/Microcoax cables
Teflon or Kapton coated cables
Suco form SM86 cables from Huber & Suhner

Further more, wires are twisted during the stripping process. The high precision avoids damage to wires, dielectric or shield. In addition, a centering unit allows very high precision stripping for high-end applications. The centering unit is infinitely adjustable and assures that the cable is centered respectively to the cutting blades. User influences regarding the stripping quality are eliminated.Precision blade diameter control with a micrometer scale, allows a quick setup of diameter. The locking screw of the diameter adjusting system makes the machine available even for military, aerospace and medtech applications. The quick length control is equipped with a sensor which initiates the stripping process. The high quality of the product guaranties a precise repetitiveness.

The all new ST215W features two additional functions:

The rotation of the stripping head can be stopped prior to pulloff. This allows to twist or not the strands.
The second new function is the adjustable Wayback. This function will open the blades a little prior to pulloff. This increases the stripping quality, especially when the wires have important diameter tolerances.

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TM Hybrid Bioreactor

Over the years, there has been an emerging trend in the demand for biopharmaceuticals in the treatment of diseases. Biopharmaceuticals can be produced with microorganisms, adherent cells or suspended cells. While the recent advances in the technology have paved the way for a more efficient and effective culture of adherent and suspended cells, most bioreactors are only capable of supporting the growth of either adherent cells or suspension cells.
The VacciXcell Hybrid Reactor is a laboratory scale bioreactor system that supports both the growth of suspension and adherent cells. It is capable of processing adherent cell culture using macrocarriers or microcarriers, suspension culture and fermentation. It applies the tide motion principle for adherent culture and stir principle for suspension culture.
The VacciXcell Hybrid Reactor is ideal for biopharmaceutical companies who are in the initial stages of research and development and are looking to determine the effectiveness, productivity and feasibility of the mammalian cells, whether as suspended or adherent cells.

Principle

Adherent Vs. SuspensionThe interchangeability feature of the matrix vessel and impeller within the reactor vessel allows the reactor to switch its mode from adherent culture to suspension culture.
For suspension culture, the suspended cells in the culture medium are stirred using an impeller. On the other hand, adherent cells are cultured by attaching to carriers, BIO NocII, which are contained in the matrix vessel. The adherent cells are then alternately exposed to aeration and nutrition as the culture medium moves in and out of the matrix vessel via air pressure. The matrix vessel is cylindrical in shape and perforated halfway. The perforated half is used for medium submersion, while the non-perforated half is used during seeding. The nutrient medium remains at the bottom of the reactor vessel and is kept homogeneous by a built-in magnetic stirrer. Aeration occurs through headspace overlay and through the dissolved oxygen in the nutrient medium.

Features

Working volume up to 5L for adherent cells and 6.5L for suspension cells
Can run in three modes of operation batch, fed-batch, and perfusion
Automated monitoring system and various paramaters such as pH, dissolved oxygen, agitation, foaming, temperature, turbidity, biomass, and redox
Four configurable peristaltic pumps for fluid addition
Various impeller designs suited for different microorganisms and suspension cells
Multiple-Use System available at various capacities
No Oxygen limitation during adherent cell culture
Large surface area for adherent cell culture
Tide motion controlled by air pressure
Optional Cleaning-In-Place (CIP) System

Applications

Protein Production
Vaccine Production
Cell Therapy
Gene Therapy
Antibody production
Research and Development

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Benchtop Ambient Shaker

The Orbicult Benchtop Ambient Shaker features an outstanding drive mechanism, which guarantees excellent performance during cell culture. Its other features include use in heavy duty and high speeds applications, low maintenance requirement, wide range of accessories, user friendly, audible and visible alarms, CO2 resistant option, and powder-coated external surfaces.

Long term reliability with excellent performance:

TriDrive: Escos unique triple-eccentric counterbalanced drive supports heavy duty and high speed applications.
RobustDrive: This mechanism eliminates the need for lubrication as the Brushless DC Motor reduces maintenance.
SmartRun: Excellent out-of-balance sensor and propriety imbalance compensation algorithm adjust the optimum revolutions per minute (rpm) to ensure smooth operation without any vibration.
Data are saved even after power failure.

Flexibility and Versatility

Apt to fit any application required for your operation.
Offers multiple choice of accessories which allow to customize and meet the appropriate application.
Two types of orbit (19 mm and 25 mm) that meets different application.
Incorporated with a programmable design with a memory that can store up to 25 programs; each programs are capable of 25 unique time based steps.

User-Friendly Control System

Easy-to-use design enables to set parameter precisely.
Historical settings can easily track and review from the touchscreen.
Audible and visible alarm every end run.

Built for Safety

Audible and visible alarms alert any speed and temperature deviations.
Shaker automatically restarts after power interruption for the non-volatile program saved in the memory.
Each shaker is individually factory tested for performance assurance in accordance with international standards.
External surfaces are powder coated with Esco ISOCIDE to eliminate 99.9% of surface bacteria within 24 hours exposure.

CO2 Resistance Option

Designed with material resistance components that adapt in CO2 and humid environment that assures AS-1-CO2 resistance model to have long-term worry-free operation.
Suitable cells incubation application. AS-1-c serires fit in Esco 170 L and 240 L CelCulture and CelMate series CO2 incubator.

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BETAFOLD CREASE AND FOLD ANALYZERS

The BetaFold Crease & Fold Analyzer for the analysis and correction of folds/creases in production for the folding carton industry for high end folding products such as perfume, confections, cosmetic, cigarette boxes, and all other folding carton types were "getting it right" is primary to appearance and profitability.
The BetaFold Crease & Fold Analyzer is designed to bring the advantages of quality control to the creasing and folding portion of the folding carton industry.
The device is uniquely suited to both in-depth analysis of the many variables that affect the finished product by skilled managers and QC staff , as well as quick grab-samples by low-skill production workers.
The new high resolution BetaFold system is portable and easy to use.
Data and images are easily captured and printed with the integral report generator and statistical analyzer.
The system maintains a database of job setup parameters and production samples. All of this is combined with the high precision, ease of use, and Beta product support that has made the Beta name the standard of the industry in flexographic analyzers.

Measure crease and channel width, depth, angles, and symmetry
Save images and data with a single click
Display, save, and print data for complete control

CREASING breaks fiber bonds between plies, allowing controlled delamination and creating a hinge

MEASURE Bead crease, folding angle
VERIFY Bead height, width, symmetry, fold points
DOCUMENT crease images and data, generate reports and statistics
IMAGE and ANALYZE bead dimensions
CREATE Production reports with images and statistics
DETECT changes in die penetration due to knife wear

CONTROL

Faster creasing makeready
Minimize cracks and splitting
Reduce running defects and waste
Improve package performance and profits

ANALYSIS

Measure sample vs production crease parameters
Detect ink and coating effects on folds
Verify proper drying and environmental conditions
Track die performance vs time and operator

The ADVANCED software option adds extensive customization options to the dieline diagram, reporting, and data collection functions. Generic box diagrams are replaced with the actual die diagram, greatly improving the production workers understanding of the areas to be tested, etc. Networked data collection is also implemented, allowing data to be checked across different production locations.

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BetaCorr Corrugated Analyzer

The BetaCorr Corrugated Analyzer (unique Beta Product) repeatably measures all critical corrugating production parameters to help you produce a better, more profitable product for your customers while reducing rejects and unusable product.

Flute profile, creasing, and washboard for high end/high value corrugated packaging; POP displays, apparel, wine, consumer, gift packaging, electronics boxes, and more can all easily be recognized and corrected.
The BetaCorr Corrugated Analyzer brings washboard effect, cockling, and fluting defects that spoil the product's appearance under control, and helps you consistently produce a better, more profitable product.

The BetaCorr Analyzer's optical analysis method offers the corrugated packaging industry the same advantages now enjoyed by the folding carton and flexo sectors.

The BetaCorr uses structured illumination, anamorphic imaging, and automatic image stitching and analysis combine what have always been mutually exclusive properties; vertical resolution better than 0.0005 inch and a field of view greater than 1.5 inches, offering extremely high sensitivity to height variations and the ability to measure the coarsest fluting. Operation is simple and intuitive for the production worker, the data and images are automatically collected and analyzed to satisfy the most critical QC manager. The success of any packaging is critically linked to its appearance. The appearance of your packaging is the only possibility to make your product stand out from all the others. The many advantages of corrugated in strength, weight, and environmental friendliness are immediately lost when washboard effect, cockling, and fluting defects spoil its appearance. The BetaCorr brings these defects under control and helps you produce a better and more profitable product.

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Water Vapor Transmission Rate Test System

C390 Water Vapor Transmission Rate Test System, is designed and manufactured based on infrared sensor method and conforms to the requirements of ISO 15106-2/ASTM F1249. This instrument can be used to measure the water vapor transmission rate of barrier materials with high, medium and lower moisture barrier properties with a wide testing range and high testing efficiency. The instrument is featured with patented design of integrated block consisting of 3 test cells. Equipped with high precision sensors and professional computer-controlled system, the instrument can regulate and control the temperature, humidity and flow rate properly, which guarantee the testing sensitivity and repeatability of test results. C390 is applicable to determination of water vapor permeability of plastic films, sheeting, paper, packages and other relative packaging materials in food, pharmaceutical, medical apparatus, daily chemical, photovoltaic and electronic industries, etc.

Parameter \ Model		C390M
Test Range	g/(m2·d) (Standard)	0.05 ~ 40
Test Range	g/(pkg·d)(Package)	0.00025 ~ 0.2
Resolution	g/(m2·d)	0.001
Repeatability	g/(m2·d)	Bigger one of ±0.05 and 2%
Test Temperature	°C	10 ~ 55 ±0.2
Test Humidity	RH	5% ~ 90% ±1%, 100%
Additional Functions	Package Test (3L Max.)	Optional
	DataShieldTM Note2	Optional
	Computer System required by GMP	Optional
	CFR21 Part11	Optional

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Benchtop Thickness Tester

₹ 4 Lakh - ₹ 5 Lakh / each Get Latest Price

Min. Order (MOQ) 1 Piece
Country of Origin USA
Type Thickness Tester
Certification Other
Application Industrial Use
Color Green, Multicolor, White
Feature Easy To Use, Electrical Porcelain, Proper Working, Superior Finish
Condition New
Frequency 66Hz
Automatic Grade Automatic
Power Source Electric
Operating Current Single Phase
Warrenty 1year
Temperature Capacity High Temperature
Puncture Voltage 440V
Brand Name Labthink
Weight 5
Power 100
Resolution 1080
Accuracy 500
Range 5-10
Color Red
Product Name Tester
Usage thickness

CHY-C2A Thickness Tester is designed based on mechanical contacting method, which effectively ensures standard and accurate test data and is applicable to thickness test of plastic films, sheets, diaphragms, paper, foils, silicon wafers and other materials within specified range.

Features

Contact area and test pressure are strictly designed according to standard requirements, while customization is also available
Automatic lifting presser foot facilitates to minimize system errors caused by human factors during the test
Manual or automatic operating mode for convenient test
Displays real-time data of maximum, minimum, average and standard deviation value for data analysis
Automatic statistics and printing functions are available which is convenient for the user to obtain the test results
Equipped with standard block for system calibration to ensure uniform and accurate test data
The instrument is controlled by micro-computer with LCD display, PVC operation panel and menu interface
Equipped with RS232 port which is convenient for data transfer
Supports LystemTM Lab Data Sharing System for uniform and systematic management of test results and test reports

Additional Information:

Payment Terms : L/C, Western Union

Packaging Details : own packaging

Delivery Time : 5-6 weeks

Specifications	CHY-C2A
Test Range	0~2 mm (standard) 0~6 mm, 12 mm (optional)
Resolution	0.1 μm
Test Speed	10 times/min (adjustable)
Test Pressure	17.5±1 KPa (film) 50±1 KPa (paper)
Contact Area	50 mm2 (film) 200 mm2 (paper) Note: Select one presser foot for film or paper; Customization is available
Instrument Dimension	461 mm (L) x 334 mm (W) x 357 mm (H)
Power Supply	220VAC 50Hz / 120VAC 60Hz
Net Weight	32 kg

Basic Applications	· Plastic Films and Sheets
	· Paper and Paper Board
	· Foils and Silicon Wafers
	· Metal Sheets
	· Textiles and Non-woven Fabrics
	· Solid Electrical Insulating Materials

Extended Applications	· Extended Test Range of 5mm and 10mm
	· Curved Presser Foot

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Universal Testing Machine

Specifications i-Strentek 1510 Universal Testing Machine
Load Cell Capacity 10 kN
Test Force Range 50N, 100N, 250N, 500N, 1KN, 2KN, 5KN, 10KN (Customization Available)
Accuracy 1% FS
Test Speed 1 ~ 500mm/min (Stepless Speed Change) Note3
Number of Specimens 1
Clamping Way Pneumatic Specimen Clamp or Manual Clamp
Stroke 800 mm
Gas Supply Pressure <0.8MPa (Outside of Supply Scope)
Port Size Φ6mm PU Tubing
Instrument Dimension 850 mm (L) x 700 mm (W) x 1630 mm (H)
Power Supply 220VAC 50Hz / 120VAC 60Hz
Net Weight 150 kg

i-Strentek 1510 Universal Testing Machine is professionally designed for the determination of mechanical properties including tensile strength, peel strength, tear strength, heat seal strength, adhesiveness and bending performance of plastic films, composite films, flexible packaging materials, adhesive tapes, rubber and paper, etc. It can be also used to measure the compression and bending performance of corrugated box, honeycomb panel box, flexible packaging bag, plastic container (for edible oil or mineral water), paper bucket, paper can, integrated buoyancy can (IBC) and hollow container, etc.

Features

Multiple testing modes are available including tensile strength, deformation, peeling, tearing and compression resistance, etc. which can meet the testing demands of the customers
Statistical analysis on stress at definite elongation, elastic modulus and strain and stress are available
Double-column ball screw driving mechanism ensures high precision and steady working of the instrument
Compact and integrated design of the instrument can meet the requirements for various operating environments
Stepless speed change Note3 from 1 to 500mm/min can meet the requirements for various testing conditions
Multi-level over-travel protection, overload protect, automatic position reset and intelligent error alerts for safe test operation
The embedded computer controller system, with membrane switch is convenient for instrument operation
Embedded computer controlled system effectively guarantees the system security and the reliability of data management as well as test operation
The system is equipped with four USB ports and two net connection interfaces, which is convenient to data transmission
Professional operating software supports superposition analysis of test curves of group specimens and statistical analysis of maximum, minimum, average and standard deviation of test results
It supports Labthink exclusive DataShieldTM Note4 (Optional) , which provides the users with safe and reliable management of test data and test reports.

Basic Applications

· Tensile Test

· Test of Tensile Strength and Elongation Rate

· Test of Tensile Strength at Break

· Tear Resistance Test

· Heat Seal Strength Test

· 90 Degree Peel Test

· 180 Degree Peel Test

· Compression Resistance Test

Extended Applications (Additional Accessories Required)
· Opening Resistance Test of Combined Covers	· Tear Test of ZD - Type Caps
· Opening Resistance Test of Oral Liquid Caps	· 90 Degree Pullout Test of Infusion Bag Caps
· Tear Test of Adhesive Binding Books	· Tear Test of Adhesives
· 23 Degree Pullout Test of Bottle Caps	· Pullout Test of Closures of Infusion Bags
· 90 Degree Peel Test	· Adhesive Strength Test (hard)
· 90 Degree Peel Test of Water-soluble Plasters	· Opening Resistance Test of Jelly Cups and Yogurt Cups
· Adhesive Strength Test (soft)	· Pullout Test of Tooth Brush Hair
· Peel Test of Flexible Tube Caps	· Removal Force of Pipes and Pipe Joints
· Pullout Test of Cosmetic Brush Hair	· Pullout Test of Rubber Closures
· Tensile Strength of Ropes at Break	· Separating Force of Protection Films
· Peel Test of Cup Films	· Tear Test of Heatseal Films
· 45 Degree Peel Test of Bottle Membranes	· Tensile Strength of Zip-lock Bag Mouth
· Peel Test of Release Paper	· 135 Degree Peel Test of Plugs
· Unwrapping Force of Adhesive Tapes	· Tear Test Using Trouser Method
· 20 Degree Peel Test	· Peeling Grips of Floating Rollers
· Eccentric Grips	· Wide Sample Grips
· Japanese Sample Grips	· British Sample Grips
· Compression Resistance Tests of Containers	· Compression Resistance Tests of Sponge

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Stripping Tool

The cable stripping tool MiniStrip was specially developed for thin cables. It features a fourblade system, which provides accurate and exactly repeated stripping of cables

The coating is removed by cutting with rotating blades and stripoff in one single step, depending on stripping length and cable, the wires are also twisted. This innovative procedure allows processing fiberoptic and coax cables as well as Teflon and Kapton insulations. The high precision avoids damage to wires or dielectric.
Precision blade diameter control with a micrometer scale, allows a quick setup of diameter. The locking screw of the diameter adjusting system makes the tool available even for military applications (mil-spec). The high quality of the product guaranties a precise repetitiveness.
Two MiniStrip versions are availlable:

Standard MiniStrip, with HSS blades

It is suitable for rough environments, without suffering the loss of precision.

MiniStrip with Titanium coated carbide blades and centering unit

This unit allows very high precision stripping for highend applications such as military, aero, space and medtech. It is infinitely adjustable and assures that the cable is centered respectively to the cutting blades. User influences regarding the stripping quality are eliminated.

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CNC Profile Cutting Machine

The 3 axis rapid prototyping vertical milling machine is ideal for cutting hard dense polymer sheets and laminates up to 40mm thick as well as polyethylene and polypropylene pipes that are used within the gas and water industry. The versatility of the machine makes it ideal for Research and Development departments, Laboratories and Universities.
The CNC1 comes with a bed size of 500mm x 440mm which has tennon slots for clamping down the sample. Travel distances on the X, Y and Z axis are 300mm x 250mm x 100mm respectively and are fitted with high quality lead screws and linear guide rails for precision and accuracy. The high speed spindle is variable from 2400 rpm to 24000 rpm and has a milling cutter capacity of up to 10mm diameter. Cutting feed ranges up to 1100mm/min can be achieved for a fast accurate milling process with each axis driven and controlled by advanced stepper motor technology. Pipe work is supplied as standard for air cooling to reduce the cutter temperature when machining components and the machine can also be fitted with dust extraction. The fully enclosed cabinet has an internal light and an electrical safety interlock to ensure operator safety when the cabinet door is in the open position.
For work holding, a standard clamping kit can be supplied or bespoke clamping fixtures can be designed and manufactured by Ray-Ran to meet customers requirements.
The CNC1 is supplied with Flashcut CNC software which is a dedicated real-time CNC program for use on a PC or Laptop. It interfaces effortlessly with the machine and uses industry standard numerical control G-Code and Letter addresses for programming. Pre-written CNC programs are available direct from Ray-Ran for any shape or size of test sample or to any International test standard.

Technical Specification

300mm x 250mm x 100mm XYZ axis (approximate)
500 mm x 440 mm table size
High Quality 0.5KW Router Spindle
Variable spindle speeds from 2400 rpm to 24000 rpm
High quality guide rail and lead screw system
Positional homing switches
Total enclosure safety cabinet for user protection
Internal lighting
Emergency Stop Button
Computer interface with cabling and Windows Flashcut CNC PC software
Low cost CNC programs available to any International test standard
220-240 volts 1 ph 50 Hz
Uses industry standard G & M codes
Product user manual
CE declaration certificate

Optional Ancillaries

Tooling and clamping kit
Pipe clamping fixture
Single flute tungsten carbide milling cutters
Pre-written CNC programs
Dust extraction
I/O spindle expansion board
Auto tool change system & tool rack
CAD/CAM software

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Thickness Gauging System

THE MARKET LEADING OFF-LINE, HIGH PERFORMANCE THICKNESS PROFILER
The PR2000 provides users with thickness profiles for a strip of plastic film or other non conductive material which are often called a point to point measurements. These profiles can determine cross web and machine direction thickness variability for the material. Why use a profiler?

KEY FEATURES

Proprietary Technology
Fast and Easy to Use
Accurate to 0.001 Mil (0.025 Micron)
Great Repeatability and Reproducibility (R&R)
NIST Traceable Calibration

WELCOME TO A NEW ERA OF PROFILE MEASUREMENTGuaranteed highest levels of precision and accuracyGuaranteed to hold calibrationImportant features, including %Plus and SpotPlotGoes beyond beta gauge technologyYour gateway to unlimited process and product analysis for plastic film production

AN INVESTMENT IN QUALITYWe know quality matters to you, and The Precision Profiler lets you see the quality of your process like never before. It gives you an advantage by showing you where you need to make adjustments in your process, and analyzing your material for variability. It measures plastic film thickness every 0.125 and creates a profile of material thickness like the one shown above. It can help you reduce your scrap and prevent out of spec product from reaching your customers.
If you are a purchaser of material, you can also you the PR2000 for incoming product inspection of plastic films and packaging materials. Many of our customers use our product to find quality defects in plastic films before they ever become an issue.

HIGH PRECISION QUALITY CONTROL TOOL

Analyze the cross-web profile for each roll produced
Print out thickness profile and QC reports
Document and archive roll samples for customer assurance
Troubleshoot customer complaints
Analyze a blown film bubble and adjust the extruders

PRODUCTION SUPPORT TOOL

Sturdy design use in the lab or on the production floor
Check profile set-ups (includes die bolt mapping)
Reduce troubleshooting time
Easy-to-use software provides useful product data

SPECIAL FEATURES%Plus mode provides a simple way to characterize your material with no calibration set up requirement. The SpotPlot mode turns your Precision Profiler into a non-contact digital micrometer, with full computational and computer support. The Run Feature includes Auto-Stop and Auto-Exclude for seams and splices when checking finished product. The software runs on standard Windows operating systems. Cut and paste your data in to other applications, or print out screens and reports for your customers or for your own analysis. Data may also be exported directly to Excel spreadsheets.
The unit includes many special features for the blown film, cast film and biaxial oriented film (BOPP, BOPE) markets.

CUSTOMIZABLEThe PR2000 is not just limited to measuring thin films. It can measure the thickness of thick and rigid materials using custom measurement heads. See it here running a 0.125 piece of plastic, precisely measuring down to 0.02 mils.

THE PRECISON PROFILER SYSTEM INCLUDES:

Precision Profiler gauge system with motorized nip/roll, Measurement head assembly (with SolveTechs proprietary, non-contact, dielectric measurement technology).
PR2000-PC System Software for Windows
Foot switch, film stabilizer, and associated power cord and cable

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Cable Stripping Machine

The new ST730T meets all the requirements for a flexible wire processing machine. The graphical display with touch screen supports the user in the setup of the cable. The cable is illustrated exactly as programmed; setting up time is reduced to the max.

New with MicroCoax mode:

The electronics high resolution and the precise construction guarantees unachieved precision end allows stripping of small coaxial cables down to a conductor diameter of 0.1mm (AWG 38) ! In the MicoCoax mode, the resolution of the ST730T increases up to 1/1000mm (0.000 04 Inches) and the clamps closes smoother.

The ST730T is the first and unique machine on the market that is able to process such a wide range of coaxial cables!

The handling is very easy: insert the cable and the sensor will start the stripping cycle. The ST730T strips the outer jacket, the shield as well as the dielectric within seconds very precisely.Set up times are practically eliminated because when selecting stored cable parameters the machine sets itself up. The job is further simplified through the build in counter and the ability of setting sequences. The intuitive operation allows for quick and reliable machine settings when changing to a different cable. Stripping parameters can be protected by selecting a password through authorized personnel.
The stripping machine ST730T impresses, due to its high quality workmanship, longevity and guaranties the highest flexibility with sustained productivity!

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Precision Balance

The Adventurer is one of the industrys most versatile balances - it counts, it sums, it holds and it delivers traceable results. With a full range of Analytical and Precision models, no other balance in its class offers all these features in a compact design. Internal calibration ensures weighing accuracy by allowing you to calibrate the balance prior to use without the need of external weights and the environmental settings offer three filter modes and adjustable zero tracking which are ideal for working in slow filling applications where sensitivity is a must. When working in harsh environments, the user can adjust balance settings to compensate for vibrations and other disturbances. All Adventurer models come with a built-in RS-232 serial interface, and with full GLP/GMP data output, it is sure to meet all your traceability and compliance requirements.Other features include
Dynamic Weighing Mode - Allows the user to weigh small animals and filters out animal movements to provide a stable weight indication
Parts Counting with Optimisation - Allows the user to count based on a calculated piece weight. With optimisation, counting accuracy is improved through auto re-calculation of the piece weight
Percentage Mode - Allows the user to display the weight of a sample as a percentage of a reference weight
Check weighing Mode - Allows the user to check the weight of a sample against a preset target
Totalization Mode - Allows the user to sum a series of sample weights
Display Hold Mode - Allows the user to hold the highest stable weight on the display until cleared
Weighing Capacities
Analytical - 110g/0.1mg up to 260g/0.1mg available
Precision - 210g/1mg up to 8100g/0.1g available

The Adventurer can be supplied with OIML approval.

Technical Specification

Weighing Capacity 110g up to 8100g
Repeatability (g) 0.0001 up to 0.1
Readability (g) 0.0001 up to 0.1
2-Line Liquid Crystal Display (LCD ) with Backlight
RS232 with GLP/GMP Data Output
Rigid Metal/ABS construction
Glass draft-shield with flip top door
AC adapter included
Multiple Application Modes
Selectable Environmental Settings
18 selectable units of measurement (non OIML approved)

Optional Ancillaries

Thermal Printer
Impact Printer
Printer Cable
Computer software
Display cover
Internal calibration
Traceable Calibration Certificate

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MICROPROCESSOR CONTROLLED FILLING SYSTEM

The Microprocessor Controlled Filling System offered by Ray-Ran is by far the most accurate way of producing a density gradient within your column. Not only does it effortlessly integrate with the Ray-Ran 3 and 6 column equipment but can also be used with any make of density gradient column. It saves considerable time in the preparation and building of your density gradient and overcomes a lot of the trial and error that is associated with this procedure.
Buffer zones can be added to the top and bottom of the column to slow down the deterioration of the column and gradient settings can be stored for future use including controlled top and bottom densities, column volume, tube volume and buffer volumes as well as selectable density units, with either g/ml or kg/m3 available.
The filling procedure is fully automated using indexing stepper motors and peristaltic pumps and any two miscible liquids can be used to give the heavy and light densities without the need to be pre-mixed prior to being pumped into the column.
The filling system is a faster, more accurate and more consistent method of building a density gradient column increasing time and productivity.

Technical Specification

Small footprint filler unit with basic operating panel
LCD display
Fully programmable Column volume, and upper and lower densities
More accurate and consistent than other filling methods
Variable speed pumped filling system
No need to premix liquids
g/ml or kg/m3 units
Variable top and bottom buffer volumes
Previous stored filling routines
Automatic density calculation
Mains lead
5mtrs of 4mm tubing supplied
Weighted end for the outlet tube
Spare pump tubes & connectors
110v - 240v 50 60Hz
Product user manual
CE declaration certificate

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Roll Quality Profiler

Continuing the success of the original Roll Quality Profiler introduced in 2003 by Tapio Technologies Oy the new RQP offers roll hardness measurement with even more possibilities.
The new RQP v2.0 measurement is based on a position measurement instead of the acceleration measurement used earlier. The penetration of the hammer is also measured providing new interesting information about the measured surface. The absolute values do not differ between different measurement units.
Hitting velocity and the shape of the hammer's tip can be selected to suit each customers preferences. The goal is to mimimize the possible damage inflicted to the tested material (paper, plastic rolls or aluminium foil rolls) and to provide accurate measurements.
Measurement unit can be used without a PC and the results are saved to a standard SD card. The measurement head communicates with PC wirelessly using Bluetooth or wired with the USB cable.

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Notching Cutter

To produce precise stress concentrated notch profiles in Impact and Charpy specimens look no further than the Ray-Ran Autocycle Notching Cutter. A world leader by design, this machine will cut accurate notch profiles to International Test Standards such as ISO 179, ISO 180 and ASTM D256.
At the heart of the machine is a custom built adaptive Microprocessor Control Unit with LCD screen ensuring feed and cutter speeds are always selected for optimum performance. Adjustments to cutting parameters are made using the integrated membrane keypad and are stored in the memory feature of the microprocessor. Cutter speed ranges from 350 to 2500 rpm are easily controlled, and with minimum feed rates of 0.06mm/rev cutting parameters for even the toughest of materials are easily achieved.
The anti-vibration guide rail system optimises profile accuracy and the multi-sample loading feature of the vice can accommodate up to 16 test specimens 4mm thick, all accurately cut within approximately 20 seconds increasing productivity. The quick auto-return feature ensures the vice is always in the correct place for loading and unloading the test specimens and the micro height adjustment, notch depth comparator and sample setting gauge ensure that the cut notch depth is accurately controlled. A polycarbonate guard is fitted for operator safety totally enclosing the working area and provides an electrical interlock so the machine does not operate when the guard is open.
The Dual Tooth Cutting Wheels used on the Autocycle Notching Cutter are designed to reduce cutter load on the sample being notched. They are tungsten carbide tipped, optically ground and diamond lapped to very close tolerances. The standard cutter wheel profile fitted to the apparatus is a 0.25mm radius V notch.
Cutter wheel profiles of 0.1mm and 1.0mm radius as well as 0.8mm and 2.00mm U notch cutter wheels are also available. Non-standard and special notch requirements can also be provided for.

Technical Specification

Advanced dedicated microprocessor control
Easy to read LCD
Touch membrane keypad
Memory feature
Cutter speed range from 350 rpm to 2500 rpm
Traverse speed range 0.06 mm/rev to 1.0 mm/rev
Metric and imperial traverse speeds units
Anti-vibration linear motion slide
Multi-sample loading
Cutter wheel 0.25mm radius included
Notch depth comparator
Notch depth gauge block
Easy clean removable waste tray
Polycarbonate safety guard
Electrical Interlock
Emergency stop button
Product user manual
CE declaration certificate

Notches to International Test Standards including ASTM D256, D6110, ISO 179, 180, 8256, DIN 53453

Optional Ancillaries

Dual tooth cutter wheel 0.01mm Rad V notch
Dual tooth cutter wheel 0.25mm Rad V notch
Dual tooth cutter wheel 1.00mm Rad V notch
Dual tooth cutter wheel 0.80mm U notch
Dual tooth cutter wheel 2.00mm U notch

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AUTO DENSITY GRADIENT COLUMN

The Auto Density Gradient Apparatus from Ray-Ran has become the worlds benchmark for accurate density measurement of small solid specimens using the column method. Offered as a 3 or 6 column version, the built in on-board Microprocessor System accurately calculates the specimens density more quickly and more accurately by using the latest linear encoder technology that measures the samples position in the column relative to the calibrated glass marker floats. Once the correct position of the sample is recorded the density is displayed on the LCD screen.
To ensure results accuracy the Density Gradient Apparatus is supplied with digital temperature control to ensure the temperature of each column is at 23C +/- 0.1C. For ambient temperatures in excess of 23C the integrated cooling coil can be used in conjunction with an optional water chiller unit so the correct temperature can be maintained.
To build each glass column with a fluid of a known density range a variable speed peristaltic pumped filling system is supplied with the apparatus. Column filling speeds are variable from 0.5ltrs/hr to 1.5ltrs/hr to keep the gradient accurate. The density range of the column is formed by mixing two fluids having different densities in the supplied glass flasks. The resulting solution has a density which when introduced into the column increases uniformly from top to bottom. Calibrated glass marker floats of precise known densities are introduced into the column and sink to a point where the density matches that of the solution.
A linear encoder which is attached to a trammel guide is used to calibrate the gradient of the column by focusing the optical microscope onto the centre of the calibrated float and entering the floats density value into the microprocessor. Once test samples have been introduced into the column and have reached a point of static equilibrium they are accurately sighted using the microscope. The resultant density of the sample is obtained and displayed on the LCD without the need for complicated graphs. Test results can be downloaded via the RS232 serial interface connector to an optional thermal printer.
To remove the samples and glass marker floats simply turn on the automatic sweep mechanism and wait for the items to be extracted from each column. Particles and floats are removed at a slow speed so the gradient of each column is not damaged by the sweep basket. To replace the floats and new samples into the column simply reverse the sweep motor and lower them into the column.
The Gradient of the column can be calibrated & checked at any time as the calibration procedure stores the values in the microprocessor ensuring that density values of your samples remain accurate to the column. If the density gradient of the column changes at any time the column can be quickly re-calibrated saving time or the necessity to create a new gradient for the column. Depending on use or age the density distribution of the column can remain stable for up to 40 weeks.

Technical Specification

Automatic density calculation
Automatic calibration system
LCD display
Backlight
Variable speed pumped filling system
Twin conical filling flasks
Automatic magnetic stirrer
Automatic sweep mechanism
Stainless steel sweep baskets
7x optical microscope
Digital temperature control to 0.1C
RS232 output
Cooling coil
110v 60hz and 240v 50Hz
Product user manual
Traceable calibration certificate

Optional Ancillaries

Glass marker floats 0.7g/ml up to 2.2g/ml
Microprocessor controlled filling system
Digitally controlled water chiller
Basic manual water chiller unit
Thermal printer

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EXPLORER PRECISION BALANCE

The Explorer series of analytical and precision balances has established itself as market leader in its class. A compact design, the Explorer delivers accurate results within seconds improving operator efficiency, productivity and throughput, with a stabilisation time up to 50% faster than basic models. Its superior anti-vibration system makes the Explorer ideal for unstable working conditions. It is supplied with a frameless, flip top anti-static glass draft-shield which provides unobstructed access to the working chamber.
Simple prompts using Icons on the large colour VGA display make navigating the menus easy and the resistive touch screen display quickly responds to the operators touch or stylus. Also included on the Explorer is a four point touch-less sensor for total hands free operation and the internal calibration procedure ensures accuracy is maintained even if ambient room temperatures effect the weighing accuracy.
Test results can be downloaded via the onboard RS232 serial interface connector direct to Excel or to an optional thermal printer.
Other features include Qwerty keyboard and numeric keypad, 14 built in applications, 11 operating languages, NTEP and OIML models available, menu lock switch, security bracket, integral weigh below hook for below balance weighing applications, removable stainless steel weighing platform, stability indicator, overload and under load indicators, auto standby, Weighing (17 units + custom units), Parts Counting, % weighing, Animal/Dynamic Weighing, Check weighing, Filling, Totalization, Formulation, Differential weighing, Density determination, Peak hold, Ingredient costing, Pipette adjustment, Gross/Net/Tare Weighing

The Explorer can be supplied with OIML approval.

Technical Specification

Weighing Capacity 120g up to 10200g
Repeatability (g) 0.0001 up to 0.1
Readability (g) 0.0001 up to 0.1
Auto Calibration
RS232 Interface & USB
Display Size 5.7 in / 145 mm (diagonal)
Display Full-colour VGA graphic display, 4-wire resistive touch screen
Electrical characteristics AC Adapter Input: 100-240 VAC 0.6A 50-60 Hz
CE, CSA/UL and FCC approved
18 selectable units of measurement (non OIML approved)

Optional Ancillaries

Thermal Printer
Impact Printer
Printer Cable
Ethernet Interface Connector

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PENDULUM IMPACT TESTER MACHINE

The Ray-Ran Advanced Universal Pendulum Impact Tester utilises advanced microprocessor technology to determine the energy required to break or rupture specimens such as plastics, composites, ceramics and non ferrous metals to International testing methods for Izod, Charpy and Tension Impact Testing. Along with Pipe Testing, Component Testing and Puncture Impact testing the Ray-Ran Universal Pendulum Impact Tester should more than meet all of your testing requirements.
Built with operator simplicity in mind, its ease of operation and high accuracy makes it ideal for product development and quality control within production, research and development labs and teaching institutions. The apparatus is extremely versatile. Impact velocities are variable from 1.5 m/s up to 3.8 m/s and combined with highly accurate variable weight hammers which are electronically released by a solenoid, impact energy ranges up to 50 Joules can be reached.
To calculate the Impact Energy the apparatus uses advanced and highly accurate rotary encoder technology to record the lost angle of the hammer after impacting a test sample against the angle recorded after calibrating the hammer. The resulting lost angle is calculated as the test samples Impact Energy by the advanced microprocessor system.
The large on board liquid crystal display (LCD) provides simple on screen instruction and using the alpha/numeric membrane keypad test parameters such as user names, material reference numbers and batch numbers are entered and stored in operator lists for future recall and results presentation. Selecting the type of test is done at the press of a button and the testing parameters such as impact hammer weight, impact velocity and sample size are entered to give the required testing conditions.
At start of each batch of tests a simple calibration of the apparatus is conducted for bearing resistance and windage and after each test sample has been tested the results are displayed on the LCD giving the Impact energy in KJ/M and KJ/M. Batch statistics of mean, standard deviation and co-efficient of variation are automatically updated after each test and results are shown in graphical and tabular format for analysis when downloaded to the supplied Techni-Test PC software. For quality control purposes High and Low limits can be defined when test results are downloaded showing the user instantly if the material is a pass or fail.

The following tests can be conducted

Izod TestFor the Izod test, the specimen is supported and impacted in a cantilevered position with one end of the specimen clamped into the vice. A single swing of the impact hammer is required to break the specimen and the subsequent impact strength calculated. Notched or Un-notched specimens can be tested using the Izod method. Complies to International Test Standards ASTM D256, ASTM D4812 and ISO 180. Impact hammer energies are available from 0.5 J up to 25 J

Charpy TestThe Charpy test requires a standard notched or un-notched test specimen to be supported as a horizontal beam and is impacted on either its narrow face or the width of its cross-section. A single swing of the impact hammer is required to break the specimen and the subsequent impact strength calculated. Complies to International Test Standards ISO 179, ASTM D256, ASTM D6110, DIN 53453, DIN 53753, and BS 7413. Impact hammer energies are available from 0.5 J up to 50 J

Tension ImpactTensile impact tests are conducted on material samples that are either too thin or exhibit a high elongation before fracture. The test sample, usually in the shape of a tensile bar, is positioned in a horizontal plane with one end supported to the base of the apparatus and the other end supported by a movable clamp. When the pendulum is released it strikes the movable clamp and breaks the test piece along its horizontal axis, thus applying a pure tensile load to the test sample. Complies to International Test Standard ISO 8256 Method A. Impact hammer energies are available from 0.5 J up to 50 J.

Pipe TestingThe test is used for the examination of pipe sections and tubing for impact strength properties as either complete segments or small sections of pipes. Sample diameter dimensions up to 25 mm can be tested with hammer energies of 7.5 - 15 J. The test specimen is supported as a horizontal beam similar to Charpy tests conditions and complies to International Test Standards ISO 7628 and ISO 9854. Sample diameter dimensions up to 25 mm (0.98 in) can be tested with hammer energies of 7.5 - 15 J (5.6 - 11.1 ft-lbs) or 50 J (36.9 ft-lbs), as defined in the ISO standards.

Component testThe component test examines the influences of both the design and the manufacturing processes of a particular component by measuring the impact energy in Joules, required to break a complete or part of a section of a finished component. If a particular component has a critical cross sectional area that needs to be tested then by entering this area into the microprocessor the energy in KJ/M can be obtained.
The apparatus is supplied as standard with Ray-Rans Techni-Test Windows based PC software for connection to the apparatus via an RS232 or Ethernet connection. Test results can be printed directly from the Techni-Test software or can be saved and exported as .CSV files which can be opened with Microsoft Excel in tabular form which can be manipulated to your specific requirements such as preparing a graphical presentation or copying the results to a Word document for a report presentation if required. For quality control purposes High and Low limits can be defined when test results are downloaded showing the user instantly if the material is a pass or fail. If the apparatus is connected to the PC via the Ethernet connector over a LAN network then the RS232 can be used for connection to an optional thermal printer for direct printout by the operator.

Technical Specification

Advanced dedicated microprocessor control
Touch membrane Alpha / Numeric keypad
Easy to read liquid crystal display
Sequence logic menu auto prompt selection
RS232 interface connector
Ethernet Interface connector for LAN Networking
Self-calibration procedure for wind and bearing resistance
High resolution positional encoder
Variable pendulum velocity up to 3.8 m/s
Hammer energies up to 50 Joules Results in KJ/M and KJ/M
Izod, Charpy, Tension, Component, Pipe and Puncture testing
Electronic levelling device
Safety guard
Solenoid pendulum release with audible pre-warning
Tabular and graphical statistical analysis
Techni-Test PC software
Product User Manual
CE declaration certificate
Traceable Calibration Certificate

Optional Ancillaries

Izod Vice
Charpy Rest
Tension Impact Rest (Specimen in bed method)
Puncture Impact Fixture
Pipe Rest
Component fixture to customer requirements
Variable weight impact hammers up to 50 Joules
Thermal printer
Full safety enclosure
Low temperature chamber

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HAND OPERATED CUTTING PRESS

Specifically designed to cut test samples such as tensile bars from relatively flexible sheet the Ray-Ran Hand Operated Test Sample Cutting Press will produce samples from plastics, fabrics, boards and paper. In most cases, the thickness of the material that can be cut will not just depend on the strength of the material, but also on the lateral flexibility of the material to allow the cutter to penetrate down into, and pass through the material.
The press is supplied with a cutting base of 30cm x 15cm and a polypropylene cutting board to support the material the sample is to be cut from. Four fixing holes in the base plate enable the press to be securely fastened to a rigid bench or worktop to obtain the optimum cutting load. To ensure maximum performance the cutter must be set up relative to the cutting board so that at full stroke, the cutter will just depress the surface of the cutting board.
The fixing arbour on the press will accept a 25mm dia cutting tool shank as standard. Other size fixing arbours can be supplied to customer requirements.
The Ray-Ran Hand Operated Cutting Press can generate a cutting force of up to 6KN depending on the strength of the operator.

Technical Specification

30cm x 15cm sample platform
Cutting force up to 6KN
Polypropylene cutting board
Adjustable cutting arbor with locking handle
Suitable for rubber, plastic, paper, fabric or laminates
Product user manual
CE declaration certificate

Optional Ancillaries

Test sample cutters to any International standard
Traceable calibration certificate (cutters only)
Polypropylene cutting board

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Magnetometer

Gaussmeter (magnetometer) NOVOTEST MF-1 is designed for rapid non-destructive testing and allows:

magnetic field analysis of ferromagnetic products and during magnetic particle inspection;
measure levels of industrial noise;
define a technical characteristics of equipment for MPI according to requirements of normative and technical documentation;
measure the level of remanent magnetization of products after MPI;
measure magnetic induction of the various components, devices, products, etc.

Advantages
The device also is used to measure the static field.Portable Gaussmeter (magnetometer) NOVOTEST MF-1 is equipped with a Hall sensor to measure the magnetic induction in the following units: Gauss, Tesla, Amps/meter.Gaussmeter (magnetometer) consists of anelectronic unit and various removable probes.The device runs on two standard alkaline batteries AAA (1.5 V). So user could buy such batteries in store and has extra batteries for longer operating.

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TEST SAMPLE CUTTERS

Ray-Rans Test Sample Cutters are manufactured from high grade D3 tool steel to give long lasting cutting edge sharpness for repeatable test specimens and more accurate test results. The cutters are heat treated several times during the manufacturing process to remove machining stresses and are diamond lapped finished for increased cutting edge wear resistance. The cutters come complete with a spring loaded ejection system to remove the cut sample from the cutter and also protect the cutting edges. A standard fixing shank to suit the Ray-Ran range of presses is fitted to the cutter but non standard shanks can be manufactured to suit customers individual requirements.
Cutters can be made to any size or shape required by the user and to any International Test Standard such as ASTM, ISO, BS, DIN and JIS to name a few.

Technical Specification

Manufactured from high carbon D3 tool steel
Heat treated for durability
Diamond lapped finished
Spring loaded ejection system
Any shape or size available
Specimens to suit all national and international standards
Suitable for rubbers, plastics, paper, fabrics and laminates
Fixing shanks to suit customers own requirements

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Calibration Blocks

Calibration Blocks

Calibration Block V1 allows to:

determine the insertion point of ultrasonic oscillations and distance from the piezoceramic plate to the probe housing with accuracy 0, 5mm;
define the angle of input the ultrasonic oscillations with accuracy 1 angle degree;
define the uncontrollable (dead) zone (for steel) straight beam ultrasonic piezoelectric transducers;
determine the linearity scanning ultrasonic flaw horizontally;
configure the speed and sensitivity of the scan of straight beam, angle beam and dual element piezoelectric transducers.

Calibration Block V2 allows to:

calibrate the scanning of flaw detectors through the expansion velocity of ultrasonic waves, working with straight beam piezoelectric transducers;
calibrate the scanning of flaw detectors through the expansion velocity of ultrasonic waves, working with angle beam piezoelectric transducers;
set a conditional sensitivity of ultrasonic flaw detectors with straight beam and angle beam piezoelectric transducers;
determine the output point of ultrasonic oscillations and distance from the piezoceramic plate to the probe housing;
define the angle of input the ultrasonic oscillations into steel.

Advantages

High quality
Competitive price

Specifications

Specifications of Calibration Block V1

Sample is made from low carbon fine-grained steel with a small damping coefficient.
Expansion velocity of longitudinal ultrasonic oscillations in the calibration block at the frequency 5.0 MHz and at the temperature of 20( 5) C is 5920( 30) m/s.
Expansion velocity of longitudinal ultrasonic oscillations in the insertion material into calibration block at the frequency 5.0 MHz and at the temperature +20( 5) C is 2670(100) m/s.
The geometrical dimensions of the sample corresponds to ISO 2400, DIN 54120, BS 2704.

Specifications of Calibration Block V2

Expansion velocity of transversal ultrasonic oscillations in the calibration block at the frequency 5.0 MHz and at the temperature 20( 5) C is 5920( 30) m/s.
Expansion velocity of transversal ultrasonic oscillations in the insertion material into calibration block at the frequency 5.0 MHz and at the temperature of 20( 5) C is 3255(15) m/s.

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Rheometers

This oscillating disk-cure rheometer, per ASTM D-2084 and ISO-3417, tests elastomeric materials to determine values for viscosity, cure characteristics and temperature at various points in the cure cycle.
Computerized testing simplifies and reduces setup, data acquisition and display time.
The ODR software prompts the user through each screen, which greatly reduces employee training time. This software builds your data library by compound, batch and test, and stores data, on hard drive or disks, for future analysis.
The cure curve is displayed on monitor during test and can be printed after test or recalled and displayed on the screen at a later date.
Gate parameters can be set for all data points; any point out of parameter is flagged during test and marked on the test report.
This report includes cure curve and torque/time data for all selected points.

Statistical analysis is done on all selected data points.

Specifications

Standard

ASTM D-2084
ISO-3417

Frame

Frame Weight
195 lb
89 kg

Frame Depth

25 in
63.5 cm

Frame Width

21 in
53.5 cm

Frame Height

42 in
107 cm

Temperature

Temperature Controllers
P.I.D.

Temperature Range

100 to 400 F
35 to 205 C

Accuracy

0.5 F
0.2 C

Motor

Motor Speed
100 rpm

Maximum Torque

200 inlb
22.6 Nm

Degree of Arc

1
3
5

Motor Voltage1

115 V

Motor Frequency

60 Hz
Phase2
1

Pneumatics

Pneumatics Pressure
90 psi
620 MPa

Pneumatics Volume

2 ft/min
0.06 m/min

Computer System

500 MHz CPU, 10GB HDD, 64 MB RAM, 48X CD ROM
IBM-compatible PC
SVGA color monitor

Software

Cure-test program per ASTM D-2084 and ISO-3417
Library storage of data by compound
Package includes mean, std. deviation and coef. of variation, with max. min. and histogram
Data can be exported to popular spreadsheets and statistical programs
Windows 95, 98, NT, 2000, ME and XP compatible program

ODR Test SoftwareAll-aluminum test frame is rugged, yet light-weight. An anti-tiedown control switches prevent operator injury.
P.I.D. temperature controllers, temperature probes and cast-in platen heaters insure rapid heat-up and stable, constant temperature to the test sample.
Thermo isolators separate electronic and mechanical components from heat, providing more-consistent test results and less potential for mechanical failure.

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PNEUMATICALLY OPERATED CUTTING PRESS

The Pneumatically Operated Test Sample Cutting Press is by far the most effortless and safest way to produce cut samples from materials such as plastics, fabrics, boards and paper. The press is robust and compact using a limited amount of space and is ideal for any laboratory or workshop without the need to be bolted to a bench or worktop.
The cutting process is simply done by pulling the protective polycarbonate screen in a downward direction and letting the press do the rest, generating cutting forces up to 50 KN (depending on the input pressure) to easily cutting through sheet materials such as polypropylene and polyethylene up to 8mm thick.
The press is supplied with a cutting base of 25cm x 15cm and a polypropylene cutting board to support the material the sample is to be cut from. A polycarbonate safety guard which will not allow the machine to operate unless it is in the closed position ensures operator safety. To deliver maximum performance the cutter must be set up relative to the cutting board so that at full stroke, the cutter will just depress the surface of the cutting board.
The fixing arbour on the press will accept a 25mm dia cutting tool shank as standard. Other size fixing arbours can be supplied to customer requirements.
In most cases, the thickness of the material that can be cut will not just depend on the strength of the material, but also on the lateral flexibility of the material to allow the cutter to penetrate down into, and pass through the material.

Technical Specification

Pneumatically operated up to 10 bar (150 psi)
Automatically operated
Polycarbonate guard
Cutting force up to 50KN
25cm x 15cm sample platform
Adjustable cutting arbor with locking handle
Suitable for rubber, plastic, paper, fabric or laminates
Polypropylene cutting board
Product user manual
CE declaration certificate

Optional Ancillaries

Test sample cutters to any International standard
Traceable calibration certificate
Polypropylene cutting board

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Solar Box

the sun you have always wanted: sunshine day and night for accelerated light stability and weathering tests.

radiant energy in the solarbox is provided by a single superior air-cooled xenon lamp generating an irradiance level up to two times the sun one. Irradiance is the rate at which light energy falls onto the samples. A weathering tester must control irradiance if it is to achieve accurate and reproducible test results. Solarbox offers constant measurement and control of irradiance during every test, compensating for lamp and uv filter ageing via a closed loop irradiance narrow-band sensor control system. Irradiation uniformity is guaranteed by a parabolic reflector chamber with the xenon lamp in the focus, the best design for a reliable flat-bed xenon exposure system and very good agreement with rotating drum xenon exposures.

temperature controltemperature is another component of the end use environment which plays a key role in material degradation. Heat in the natural environment comes from the infrared portion of natural sunlight. An object exposed to direct sunlight is always warmer than the air surrounding it. Your product is exposed in the same manner in our solarbox tester.
the radiant heat received from the xenon lamp is continuously monitored and controlled by a b.s.t. (black standard thermometer) built in the plane of test panels near your samples. In solarbox 1500e and 3000e there is the control and display of the black standard temperature between 35c and 100c. The importance of temperature in the weathering degradation process is that the kineticreaction rate doubles for every 10c temperature increase. Consequently, because the temperature produces an accelerated ageing, it is essential to be able to control of b.s.t. During exposure to filtered xenon radiation.

simulating the effect of rain and moisture

a flooding system for conducting weathering tests with freely selectable flooding interval is an available option for solarbox 1500e and 3000e:water level indicatorcontinuous flooding possibleflooding intervals selectable between 1 and 999 minutes throughout the test programwater temperature of 30c to 50c.

during flooding, the xenon lamp can be programmed on or off. The flooding system operates with demineralised water from a closed recycling circuit so to minimize the need of demineralised water but offering the same test results of a high consumption spray system. Pvc and corrosion-resistant materials ensure long life of this tank pump system: capacity up to 50 litres.

xenon lamp and uv filters combination optimize sunlight simulation
the solarbox1500-1500eand solarbox3000-3000eare 4 ultimate filtered xenon light exposure and weathering instruments which simulate realistic natural outdoor weathering conditions.
the large dimensions of solarbox 3000 and 3000e test chamber can accommodate 3 dimensional objects and finished industry products.
accelerating the process requires the accurate reproduction of the suns rays.the air cooled xenon lamp in the solarbox replicates the total spectrum of the sun and not just the short wavelength uv, as we have using uva or uvb fluorescent lamps.
easily interchangeable light filters allow the reproduction of the specific spectral distributions found in your products end-use environments.

features of the solarbox 4 models
solarbox1500/3000standard versions include the following equipment:

timer and time elapsed meter for accurate control of test sequencesuperior air cooled xenon lamprotary knob to adjust irradiance levelcontrol system for constant irradiancebasic 290 nm. Filter for maximum uv radiation effect.
solarbox1500e/3000eenhanced models are additionally equipped with microprocessor control of irradiance, heat and flooding cycles, monitoring and controlling the test process:

microprocessor controls for programming the test parameterslcd with 4 lines to display the test parameters and program menuscontrol and monitoring of irradiance and black panel temperatureoptional measurement and display of temperature and relative humidity in the test chamberfree programming, up to 15 different test programs, input via keyboardlink-up with programmable flooding system accessories

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Grit Feeder

The Grit Feeder is a freestanding instrument that requires a Taber Rotary Platform Abraser (not included) to conduct testing. The grit distributor nozzle is positioned over the Taber Abraser specimen in front of the right abrasive wheel. During the test, abrasive grit particles are deposited uniformly and continuously onto the specimen surface. As the specimen holder rotates, the loose grit particles pass under a pair of S-39 Leather-Clad Wheels. The resulting rolling action of the particles serves as the abradant and contributes to the physical breakdown of the material. The vacuum hose from the Taber Abraser is inserted into the base of the Grit Feeder allowing a pickup tube to be positioned such that grit particles and debris are removed. The operation of the grit feeder is controlled through the Taber Abraser, ensuring that the turntable, grit distribution and vacuum suction are actuated at the same time.
IMPORTANT: Due to the type & quantity of abrasive media that is used during this testing, Taber recommends that you frequently inspect the vacuum filter and collection bag and replace when necessary.

Abradants

The standardized abradant supplied with Taber's Grit Feeder is a #240 aluminum oxide grit particle (Model S-41). Produced specifically for Taber Industries, this aluminum oxide has tighter controls for both particle size analysis and bulk density properties compared to "off-the shelf" aluminum oxide. To calibrate the rate of flow and to measure the abrasive rate of the abradant, S-38 Standardization Plates are utilized.
Prior to use, the abrasive grit should be screened through U.S. Standard Sieve No. 80 to break up any conglomerates and to remove any oversized or foreign particulate matter. Afterwards, dry the grit for 1 hour at approximately 82 C (180 F). Allow to cool in a temperature and humidity controlled room prior to use.
To satisfy test method EN 14354 and ISO 24338 Method B, Alodur ESK 240 aluminum oxide grit should be used. Contact Taber Industries for additional information.

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Ozone Chamber

The 700-10LTA Ozone Test Chamberprovides continuous uniform, accurate and reliable temperature and ozone control. The measurement and control system consists of the STAT-1900 Single Setpoint temperature controller for uniform thermal performance under all loading conditions and the Mast Development 727-3A Ozone Monitor with power flow control assembly to ensure uniform and constant control of ozone levels. Low cost, featuring steady state auto control and recording.

Temperature Range:+15 C above ambient to +343 C (+650 F)
Temperature Uniformity: 1% of setpoint
Ozone Control:4% of setpoint
Control System: Single setpoint controller
Applications: Accelerated and continuous duty ozone testing of rubber and plastic components. Designed specifically to meet the stringent testing requirements of the American Society for Testing and Materials (ASTM) test method D1149 and ISO 1431, parts 1 and 2.

Steady State ControlThis chamber incorporates solid- state electronic instrumentation for precise temperature regulation. Integral over temperature protection is standard. The STAT-1900 microprocessor-based 1/4 din single loop temperature controller features a bright LED display that shows setpoint oven temperature, control output, etc., during oven operation. Indicator LEDs on the controller face log alarms and control output status during the work cycle. All data input and control selections are made through the membrane key pad. A sheathed thermocouple is part of the control system to monitor oven temperature. Hardware and software interlocks prevent accidental data loss or change.

Over Temperature ProtectionTemp limit overtemperature protection is a standard feature of the 700-10LTA control system. A 1/4 DIN control, Temp limit protects the oven and your product during temperature fault conditions. Heaters are latched off by temp limit requiring manual reset to restore normal operation. Audio and visual alarms alert the operator of fault conditions. This instrument is FM approved as an overtemperature alarm device.

ConstructionThe chamber housing is manufactured with 16 gauge heavy duty steel and is completely welded for strength and reliability. The backed on blue enamel finish provides long lasting corrosion protection. Type 304 stainless steel interior provides excellent corrosion resistance to ozone. The chamber has four full inches of fiberglass insulation to minimizes heat loss. The door is designed with a silicone door seal for positive sealing and also includes a glass observation panel.

Theory of Operation

The Model 700-10LTAis simple to operate and versatile over a wide range of temperatures, airflows and ozone concentrations. Users confirm its ozone concentration stability and dependable operation. The entire system is diagrammed below.

GenerationThe ozone source is a mercury vapor quartz ultra-violet lamp. It is housed in a protective metal container outside the test compartment as required by ASTM and is easily accessible through the lower side door.

Air RecirculationPlenum chambers located on each side of the all stainless steel test compartment direct the ozonized air through it. A wheel type blower in the left plenum chamber provides two-feet/second air recirculation velocity over the test samples. The blower wheel is shaft-mounted with the drive motor mounted outside the test compartment, as required for the ASTM tests.

Air Flow SystemFresh air is drawn into the system with a rotary vane type Gast "oil-less" air compressor. Felt filters on both the intake and exhaust sides of the compressor remove particulate contamination. The rate of airflow is observed on a flowrator and set with the "air flow control, " a valve in the compressor by-pass line. Air leaving the flowrator then passes in small part thru the computer controlled regulator over the ultra violet lamp and in large part through a lamp bypass line. The ozonized air from the lamp is remixed with the bypassed air and enters the test compartment circulation system. A freshly ozonized airflow replenishes the air in the test compartment approximately once a minute at the recommended flow rate of six cubic feet per minute. Only fresh air is passed over the ozone source as recommended by ASTM. Air in the test compartment is exhausted outside and is not recirculated over the ozone source.

Tempertaure ControlSTAT-1900 digital temperature control provides automatic temperature control over a range to 300 F and a tolerance of plus or minus 1/2F, as measured with a highly dependable fully compensated cold junction type T thermocouple in the chamber air stream. In order to achieve this remarkable control despite ambient temperatures up to 100F, a finned stainless steel cooling coil is employed.
The heat is supplied by an open wire (non-corrosive) element of Blue M modular disc design, which offers oven performance unmatched in the industry. The design is such that over 85% of the open wire coiled element is exposed to the high volume chamber air stream. Thermal lag is virtually eliminated with this unit.

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RH SOLAR BOX

SOLARBOXe RH represent a breakthrough in small light fastness testers. SOLARBOXe RH are the first small testing instruments allowing simulation and control of all weathering parameters like expensive xenon instruments. Controlled irradiance and spectrum, controlled BST temperature, controlled humidity, flooding system, are features of a top weathering equipment. Low purchase price, low operating cost, at last an affordable and easy to use xenon weathering testing instrument offering:

CorrelationAccelerationRepeatabilityReproducibilityof an advanced weathering test chamber.

SOLARBOXe RH Features
Broad band irradiance control sensor (300-400 nm) ensures constant irradiance for the whole life of the lamp.

Controlled and monitored irradiance up to 1000 W/m2 (300-800 nm).
Controlled and monitored temperature at specimentray level with BST (Black Standard Thermometer).
Controlled and monitored Relative Humidity. Ultrasonic humidifier ensures reliable functioning for long time.
Sample flooding system for cyclic sample immersion throughout your test program.
Microprocessor control with 4 lines LCD display. Friendly and intuitive operating system. Free programming up to 15 different test programs. Complete test report is produced for each test you perform simply connecting your PC to RS 232 interface: press print push button and history of test is printed.

SOLARBOXe RH Description
A strong structure is the base of SOLARBOXe RH. In the lower part two tanks are installed. The right one is for humidifier supply, the left one is for flooding system (option). Capacity of humidifier and flooding tanks ensures weeks and weeks of continuous functioning. Blinking lights on auxiliary panel inform when water level is low. Sample temperature depends on air flow rate in the test chamber. BST temperature control system selects the blower speed by means of an inverter allowing accurate speed control, subsequently we have a high accuracy in BST temperature. Relative humidity is set on auxiliary panel and displayed on Solarbox control panel. Ultrasonic humidifier is proportionally controlled so to reach and maintain the programmed test condition. Air circulation may be modified by the user; in full closed circuit mode humidity is obtained in extreme high range with negligible water consumption and BST is in medium high range. In partial air recirculating mode BST temperatures of lower range are possible

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Material Testing Machines

Multi-media abraser provides a reproducible method to measure the relative abrasiveness of most fluids, powders, pastes and semi-solids. used in conjunction with the taber rotary abraser, the multi-media abraser is valuable to characterize how these mediums cause wear when they come in contact with different components.

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Spectrophotometers

Labtron Single Beam Spectrophotometer LUS-A10 is formulated with large screen display and 4 cell holder. It has full functionality from 190 1100nm.

Features

Single beam spectrophotometer
Highly stable optics
6 inches LCD (320x240 Dots) display & integrated user interface
4 or 8 cell holder available along with USB port for data storage
Wide range of accessories available
Exceptionally versatile with full functionality from 190-1100nm
ISO/CE Certificate passed

AppplicationsIt is ideal for quality control, general research, pharmaceuticals, biochemical and clinical laboratory applications

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Autoclavable Bioreactor

Autoclavable Bioreactor LAB-A10 is a single vessel type, benchtop laboratory fermentor offering a volume of 0.5 litres. It has been specially designed to serve biotechnological and pharmaceutical research and development.

Features

Suitable for high density, continuous fermentation
Automatic fermentation process from start to end
High resolution, built-in colour touch screen
Displays temperature, pH, DO, motor speed & peristaltic pump status simultaneously
Precise control of pH, DO & dead band value of the peristaltic pump
Easy calibration of pH, DO & foam sensors using graphic calibration mode
Controllable motor speed via DO mode
RS-232C interface and wireless communication protocol
Pt-100 temperature sensor
PID controlled temperature, pH and DO

ApplicationsSeries LAB-A is applicable Microbiology, Tissue culturing, Biotechnology & Pharmaceutical industry.

Optional AccessoriesName4 Gas Mixer (on/off type) TG-012 Gas Mixer (on/off type) TG-024 Gas Mixer (manual) TG-032 Gas Mixer (manual) TG-04

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Atomic Absorption Spectrophotometers

₹ 1 Lakh - ₹ 7 Lakh / unit Get Latest Price

Min. Order (MOQ) 1 Piece
Country of Origin Uk
Type Atomic Absorption Spectrophotometers
Material Stainless Steel
Certification CE Certified
Application Industrial, Laboratory
Color Silver, White, Other
Feature Easy To Use, High Accuracy, Hygenic, Light Weight, Low Battery Consumption
Display Type Digital
Width 10-20mm20-30mm, 30-40mm
Driven Type Battery
Temperature Range 10-50C
Size 00
Brand Name Nil
Weight 00
Color White
Atomic Atomic
Colour white

Labtron LAAS-A10 Atomic Absorption Spectrophotometer comprises of high performance and a wide spectral range photomultiplier tube. It is equipped with gas leakage alarm which shut downs the system as a safety measure.

Features

4 lamps and optional 6-lamps
Complete safety of the user and instrument with a warning system
Automatically optimized three-dimensional light adjustment to obtain maximum energy
Direct accessibility of the test result with office software
Preheat light quantity can be customized, to shorten the waiting time during used
Software remote control to provide technical support
Faster and more convenient

ApplicationsIt is used to analyze elements in agriculture, chemical, environmental study, food, mining, and petrochemical, pharmaceutical.Recent Viewed

Additional Information:

Payment Terms : L/C

Packaging Details : Own Packaging

Delivery Time : 6-8 weeks

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High Temperature Circulating Bath

Power 2000 W
Capacity 22 Litres
Temperature Range Ambient + 5°C to 98°C
Temperature Accuracy ±0. 5°C
Circulation Pump 12 Litres/min
Timer 99 hr 59 min
Internal Dimension 500x300x150 mm
Overall Dimension 560x330x390 mm
Power Supply 230V, 50/60Hz

Model LBC-A10 has a capacity of 22 litres and consists high Temperature Circulating Bath that is best suited for applications requiring precise and uniform temperature control. It has a robust stainless steel structure which provides excellent durability.

Applications :-Model High Temperature Circulating Bath LBC-A10 finds applications in Biotechnology, Clinical Industry, Life Science Research, Institutes and Universities, Organic Chemistry & Pharmaceutical Industry.

Features :-

22 Litres of capacity
Digital display
Digital PID controller with auto-tuning and easy control
Circulation pump maintains a uniform temperature
Stainless steel interior
Over-temperature and over current protection
Water level sensor
Automatically shuts down if water level is too low
Control panel displays current temperature as well as the set temperature

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Betaflex Xpress Flexo Plate Analyzer

The Betaflex Xpress system operates at the highest resolution to provide the most accurate and consistent measurements.
HD Flexo, stochastic screening, and all the most sophisticated prepress techniques can be measured and controlled with ease and accuracy.

FEATURESThe new high resolution system is portable and easy to use. Operating in transmission mode at 14, 000 PPI, it quickly and accurately measures all types of transparent flexo plates, digital ablation masks, and halftone films. The new Mask Stain Density function eliminates the need to carry an old fashioned film densitometer to verify laser energy, focus, and beam adjustments. Data and images are easily captured and printed with the integral report generator and statistical analyzer.
The new automatic 4 point calibration system eliminates the need to make multiple manual measurements. The Calibration Target and software system maintains a database of instrument status to satisfy the most stringent ISO registration requirements. All of this is combined with the high precision, ease of use, and Beta product support that has made Betaflex the standard for Flexo Quality Control.

Measures flexo plates, films, and digital masks
Automatic 4 point calibration system with ISO-compliant target
Mask Stain density function for laser ablation setup
Image Overlay and Comparison function

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Axis Scanning Densitometer

The SXY is a two dimensional scanning densitometer, taking readings on press sheets, and comparing them with reference values read from an OK sheet or entered manually.

Total Color ControlIt's as important to you as it is to your customers. In today's competitive printing industry, increasing pressure to adopt reliable process control means objective color measurement. Now with the SXY Scanning Densitometer, color swatches can be measured ANYWHERE on the press sheet. Shorter makeready time gets you up to color fast with less waste and means a big improvement in daily production levels.
Fast, Accurate
Advanced 2-dimensional scanning in a few secondsDensities are rapidly measured and recorded as the scanning head sweeps across the sheet, methodically evaluating your targeted points along both X and Y axes. The SXY measures absolute or relative density, dot grain, trap and contrast for comparison with your "OK" sheet or reference standards. A press sheet can be completely scanned in a few seconds.
The SXY lets you switch quickly among the running jobs in a few keystrokes no need to reinitiate the entire sequence.
Point & Click
Set-up is as easy as pointing your fingerJust move the laser pointer on the scan head to the swatch to be measured and "click" the pushbutton, locking its position to memory. A vacuum hold-down ensures sheet flatness and stability. That's it. In seconds, the SXY is ready for operation, handling up to several hundred swatch positions per sheet.
To read color bars, click on the start and end points. The SXY does the rest. The layout of repeating minibars or color block patterns scattered between labels and in packaging tucks may be stored in memory for rapid set-up.

SXY scanning capability:Color barsIndividual targetsRepeating patterns, i.e. labels, folding boxes

Real-Time Analysis
Intuitive, interactive control helps keep your presses runningThe SXY simplifies total color control. Job setup is simplified by step-by-step instructions on screen that guide you through the operation. Choose from various display modes to review crucial print characteristics such as density, trap and dot gain. A high-resolution color display continuously shows the relative error of all selected points. Unique graphics make it easy for operators to detect areas that are out of tolerance. As a result, problem areas are quickly spotted and corrected before time and materials are wasted.
Versatile
Maximize quality and productivityThe advanced capabilities of the SXY help your personnel maintain a total QC environment, without special programming requirements or extensive training.

CHOICE OF COLOR BARS.The SXY has a library of standard color bars which is easily extended to include custom color bars. Unlimited 2-axis scanning is ideal for monitoring multiple minibars.

ACCURATE ALIGNMENT.Press sheets may be aligned by means of mechanical front/side guides or an automatic two-point skew adjustment feature.

FLEXIBLE TYPES OF DISPLAYS.Various screen displays can be readily configured to suit the requirements or taste of the user.

LARGE-CAPACITY DATA STORAGE.Your press and ink data is stored for convenient access in job setup. Unlimited job storage is divided into categories of your choice for easy identification and retrieval.

SELF-CALIBRATING.Calibration is executed in seconds by the software control program, to save time and ensure accuracy.

SYSTEM ENGINEERING.The SXY is available as either a stand-alone system or as part of a complete color control network. The basic equipment includes the SXY scanning system with PC-compatible computer, high-speed thermal printer, SVGA color monitor and SPC software.A network configuration makes SPC-based process evaluation an integral part of your pressroom operation. Individual press data is displayed at each location on the network, while QC personnel monitor all jobs at a management station.

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Scanning Densitometer

here's only one way to manage color effectively, meet customer expectations, and maximize job profitability! That is: Objective Color Measurement. In other words, densitometry. Essentially this is a matter of reading a colorbar for solid ink, dot gain, or other density-derived characteristics. However, the limited trim areas of a short cutoff press require use of narrow 1/16" (1.6mm) bars for color control. No other device on the market can do this.

Overview of Basic OperationSetting up a press is logical and uncomplicated. After keying in job parameters (type of press/sheet size/colorbar structure), position the colorbar between two horizontal scribelines and against the side guide. The vacuum hold-down secures sheet placement and the SDT does the rest.
A typical scan takes only 10 seconds. As the SDT scanning head travels across the press sheet, it strokes the colorbar VERTICALLY to determine bar position and skew. On the scanning head's return trip, having detected the skew of the colorbar, the head scans right down the middle of the bar for accurate densitometric readings.

SDT ScannerThe SDT has an accurately flat, rugged platen with vacuum hold-down. The design supports the bridge and measuring probe head. Unique pass-through feature allows the entire press sheet to slide freely under the bridge, enabling scans of centrally located colorbars and bars at the bottom of the sheet.

SDT Intelligent AnalysisSampling a few sheets during the run provides an immediate comparison of performance to specifications. And by charting long-term trends, the SDT becomes an essential quality assurance tool.
Statistical analysis of the entire job file is performed by SCP software that comes with the system. Color-coded graphical displays show X-bar and range data for each scan. A frequency histogram generated from readings charts the distribution.

Flexible Modular DesignThe SDT Scanning Densitometer system includes all the components needed for effective color management. Its modular design allows for the convenient placement of the components according to the layout of your pressroom.

Optional Closed-Loop for Automatic Press Key ControlsThe CLM Closed-Loop Module, in conjunction with the Tobias Scanning Densitometer, allows for off-line closed-loop control of most automated press consoles. Click here for more information.

Features

Reads most standard colorbars as well as custom-made colorbars and gray balance bars
Built-in certified calibration plaque for automatic calibration to Standard T-Ref or Status "E" values
Customer can assign ink density "target values" from either house densities or customer "OK"
Allows for multiple unit networking capability
Supports "closed loop operation" with most automatic press consoles
Generates complete sets of reports for quality control departments
Measures colorbars as narrow in height as 1/16" (1.6mm) using patented "Seek & Find" software program
Scans colorbars in less than 10 seconds
One SDT can serve multiple presses simultaneously
Vacuum hold down and rugged construction built for the pressroom

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Block Ovens

These safe, accurate ovens perform long-term high-temperature air or oil aging tests to ASTM, ISO and government standards.

Glassware for Block OvensA major disadvantage to the present systems of oil immersion testing is the evaporation of volatile fluids. The test must also be carried out in explosion proof enclosures.
The Benz water cooled reflex condenser reduces the need for constant monitoring of liquid levels as well as the hazardous build-up of volatile gases.
Benz Materials Testing Instruments has in stock all aluminum block aging oven accessories to perform ASTM D-471 and D-865 for rubber deterioration.

Accessories

ASTM D-471 for Liquid Effects

LGB-24: 38 mm x 300 mm test tubes
LGB-25A: Single-hole stoppers
LGB-27A: 15 mm reflux tube
LGB-92: Water-cooled condenser
LGB-93: Condenser test tube

ASTM D-865 for Air Heating

LGB-24: 38 mm x 300 mm test tubes
LGB-25: Two-hole stoppers
LGB-26: 9 mm short vent tube
LGB-27: 9 mm long vent tube

Features

Cross-contamination of samples is eliminated by use of up to 28 individual test stations.
Solid-aluminum block is cleaner and safer than oil baths, and transfers heat at a faster rate.
Round design provides a more constant and uniform heat transfer than square block ovens.
Up to three inches of insulation surrounding the block prevent loss of heat and reduces electrical consumption during long-term aging studies.
P.I.D. temperature controllers maintain a constant temperature without drifting above or below set point.
Stainless steel jacketing eliminates corrosion caused by spills of test fluids
Preset high-limit switch shuts off power if overheating occurs.
Both ASTM D-471, for liquid aging, and D-865, for air aging, can be run at the same time.
The system can be set up, with the water-cooled reflux condenser, to reduce constant monitoring of liquid levels and build-up of volatile gases.

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Viscometers

The Benz Mooney Viscometer (MV 2100) measures and records the viscosity of natural and synthetic rubber and plastic elastomers, including rubber in the raw or compounded state. It is also used to determine the curing characteristics of compounded rubber.
More than a simple viscometer, the Benz MV 2100 is a computer data acquisition system, with digital P.I.D. temperature controls, realtime display of torque vs. time, data storage for statistical evaluation, and data manipulation.

General Description
It runs on Windows 95, NT, 98, 2000, ME and XP.
The MV 2100 accepts a sample of the elastomer, usually 11 grams, in a melt chamber and heats it to 212 F (100 C). Pre-heating is timed to maintain consistency of initial viscosity readings. The viscometer's serrated shearing disk, rotating at 2 rpm and developing torque on the sample up to 200 inch pounds (200dN M), causing the sample to flow. The necessary amount of torque is measured and is read on an x-y graph on the personal computer monitor.
Measurements are recorded on the PC, using Benz' proprietary Benzwin 2000 software, which is included with the MV 2100.
When the sample's viscosity falls to a level reading, the engineer or quality control operator knows both the torque and the time required to reach that minimum viscosity. Among other things, the level indicates if the compound has been properly mixed, with ingredients in their proper proportions.
The Benz MV 2100 also performs scorch tests in which, at 320 F (160 C), the liquid sample cures. The MV 2100 measures and records the amount of time a sample will last in a mold before it is scorched and its elastomeric properties are lost.
The Benz MV 2100 is also used to record stress relaxation, measuring the amount of stress energy (resilience) remains in a sample after the spinning rotor is stopped. Plasticity is graphed and recorded in inch pounds (dNM).
The Benz MV 2100 meets ASTM D164 and other national and international standards.
Like several other Benz elastomeric testing instruments such as the Benz Brittle Point Tester and the Benz Melt Flow Tester, The Benz Mooney Viscometer is commonly used by companies manufacturing or testing chemical compounds, technical service centers, original equipment manufacturers and others concerned with product consistency, safety and durability.
Constructed of aluminum and high strength steel, it requires 20 x 22 inches (50 x 55 cm) of counter space and runs on 110 V or 220 V. An 80 psi (4 bar) air pressure system holds the sample chamber closed during the tests.

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Rebound Hammer

Concrete rebound Schmidt hammer (sclerometer) is a device for strength testing of concrete and other building materials. The most common in the world instrument for measuring the strength of concrete is the Schmidt Hammer. The device is called by the name of the engineer Ernst Schmidt, who invented the construction of the sclerometer.The method of strength testing of concrete with using the Schmidt hammer is based on the impacting the striker on the concrete surface with predetermined (normed) impacting energy and after measuring the height of the striker rebounding. The height of the striker rebounding will be proportional to the strength of concrete. The strength of concrete is determined by the calibration charts which is supplied with the instrument.
Concrete Rebound Schmidt Hammer NOVOTEST SH is very ease in operation, has good reliability of design and high measurement accuracy, so that this method is the most common method of measuring the strength of concrete in the world. The strength testing with the Schmidt hammer is correspond with ASTM C 805; ASTM D 5873 (for rock); DIN 1048, p. 2; ENV 206; EN 12 504-2; ISO / DIS 8045.

There are several versions of the measuring methods, which are different in impacting energy.

The most powerful Schmidt hammer is designed to measure the strength of concrete with a thickness of 70-100mm and more, also for the strength testing of massive rocks with impact energy 2, 207J (Nm). This is the base and the most common model of Schmidt hammer, about 90% of the Schmidt hammers in the world have the same impact energy.
Average powerful Schmidt hammer has the 735J (735 Nm) impacting energy. The impact energy is reduced threefold in compared with the base model. The main application of this instrument is measuring the strength of bricks and concrete products with a wall thickness less than 100 mm and small sizes of sample, also it used for testing the less strength stones and rocks.
The least powerful Schmidt hammer has 196J (196Nm) impact energy. The main purpose is the strength testing the mortar of brick masonry.

Depending on requerments tasks user always need to select the correct model of Schmidt hammer. All models, independently of impact energy, are devices for non-destructive testing, so that they are not destroying the object of testing.
To verify the accuracy of Schmidt hammer, is used a special calibrated anvil. Correctly functioning instrument have to display the certain value when it testing the standard anvil.

Advantages

Concrete Rebound Schmidt Hammer NOVOTEST SH has 3 modifications with different impacting energy, so that user can test all kinds of concrete and other building materials.

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Opacimeter

Standardized. Proven.Offering unmatched accuracy of opacity measurement and control, the BNL-3 Opacimeter saves manufacturers money by helping to control the application of costly coatings and other opacifying agents. This easy-to-use instrument is considered the industry standard. It has been designed to adhere rigorously to pulp and paper industry test methods TAPPI T425, ASTM D589, and Flexible Packaging Association Specification B-8.

Push-button calibration.
Absolute reflectance measurement.
Opal glass calibration standards (traceable to NIST).
Computer interfacing.

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Taber Multi Finger Scratch Test

We are offering multi-finger scratchmar tester 710. precision instrument measures damage tosurfaces not classified as ordinary wear. using precision tips, the taber multi-finger scratchmar tester isused to measure the susceptibility of material surfaces to scratching, marring, gouging, and other similar physical damage not classifiedas ordinary wear. design based on five-finger scratching devicedescribed in automotive specifications. specimens are secured to a pneumatically driven platform. five independent spline-shaft fingers with varying weights exerta constant, vertical load on the test specimen as it travels underinterchangeable scratch tips. Spline-shaft fingers are mounted ona rigid gantry platform. Support rests allow the operator to secureindividual shafts in a rest position, permitting the testing of nonstandardwidth samples. test a wide range of products. the five-finger scratch tester has been popular in theautomotive industry for testing smooth or grained plasticscommonly used in ornamentation or trim. Useful for qualitycontrol as well as material or product development, themulti-finger scratch mar tester is ideal for evaluatingplastics, rigid organic materials, paints and coatings, soft metals, linoleum, plus many others.

Additional Information:

Payment Terms : T/T

Delivery Time : 7-8 Week

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TABER Linear Abrase

The Taber Linear Abraser incorporates a horizontal arm that reciprocates in a linear motion. Attached to the end of the arm is a precision bearing spline shaft that creates a 'free-floating' test system and permits vertical movement. The test attachments are affixed to the bottom of the spline shaft and a weight support is mounted to the top. As the horizontal arm strokes back and forth, the test system raises or lowers vertically as the test attachment follows the contours of the specimen. A laser alignment guide assists with specimen set-up to ensures the abradant travels over the desired area.

Adjustable settings enable the user to select the speed, stroke length and test load. The Linear Abraser includes six preset speed buttons, along with the ability to adjust the speed from 2 to 75 strokes per minute. Eleven stroke lengths are standard ranging from 0.2 inch to 4.0 inch. The base load of the "free-floating" test system is 350 grams and consists of the test attachment; spline shaft; and weight support. Three 250g weight discs are supplied with the instrument and optional weight discs ranging from 10 to 250 grams can be added to the weight support to increase the test load to approximately 2100 grams. Optional accessories can be also be used to decrease the load. For example, an 150mm aluminum spline shaft and plastic Wearaser Collet Kit can bring the minimum load on the sample to as low as 60 grams. Taber's Linear Abraser is programmable to 999, 999 cycles, but caution must be used as the abradant may wear prior to the end of the test.

The Wearaser collet assembly is supplied with each Taber Linear Abraser, along with CS-10 and H-18 Wearaser abradants. The size and shape of a pencil eraser, the Wearaser is made using the same high quality Taber abrasive media found in our Genuine Taber abrading wheels. This permits the use of equivalent abrasive materials with the Linear Abraser as well as Taber's Reciprocating Abraser and the Taber Rotary Platform Abraser.

The Multi-Head Attachment (sold separately), incorporates an additional spline shaft, permitting two tests to be performed simultaneously with the Linear Abraser.

With the diversity of products that can be tested with the Taber Linear Abraser, it is up to the end-user to determine a suitable clamp or fixturing device appropriate to their product. Click here for additional information on specimen mounting available from Taber Industries.

Additional Information:

Payment Terms : T/T

Delivery Time : 7-8 Week

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Polytech Instruments Pvt.Ltd. Ghodbunder Road, Thane, Maharashtra

Our Products

Laboratory Clicker Press

Ozone Analyser

MICRO CUTTING MACHINE

Static Clean System

Web Cleaning System

Ultrasonic Flaw Detector

Stripping Machine

TM Hybrid Bioreactor

Benchtop Ambient Shaker

BETAFOLD CREASE AND FOLD ANALYZERS

BetaCorr Corrugated Analyzer

Water Vapor Transmission Rate Test System

Benchtop Thickness Tester

Universal Testing Machine

Stripping Tool

CNC Profile Cutting Machine

Thickness Gauging System

Cable Stripping Machine

Precision Balance

MICROPROCESSOR CONTROLLED FILLING SYSTEM

Roll Quality Profiler

Notching Cutter

AUTO DENSITY GRADIENT COLUMN

EXPLORER PRECISION BALANCE

PENDULUM IMPACT TESTER MACHINE

HAND OPERATED CUTTING PRESS

Magnetometer

TEST SAMPLE CUTTERS

Calibration Blocks

Rheometers

PNEUMATICALLY OPERATED CUTTING PRESS

Solar Box

Grit Feeder

Ozone Chamber

RH SOLAR BOX

Material Testing Machines

Spectrophotometers

Autoclavable Bioreactor

Atomic Absorption Spectrophotometers

High Temperature Circulating Bath

Betaflex Xpress Flexo Plate Analyzer

Axis Scanning Densitometer

Scanning Densitometer

Block Ovens

Viscometers

Rebound Hammer

Opacimeter

Taber Multi Finger Scratch Test

TABER Linear Abrase

Contact Us

Polytech Instruments Pvt.Ltd.
Ghodbunder Road, Thane, Maharashtra