Fischer Measurement Technologies (India) Pvt. Ltd.

Hinjewadi, Pune, Maharashtra

Instruments used in assay offices and hallmarking institute for material analysis of gold and precious metals must meet the strictest of specification. Besides gold content analysis, it is necessary to be able to determine other precious metals or prohibited substances. Well established in the industry, X-ray fluorescence analysis offers an excellent alternative to the widely-used fire assay method (cupellation) for analyzing precious metals and their composition without damaging the item. The high end measurement system FISCHERSCOPE X-RAY XAN 250 was developed specifically for high precision analysis of precious metals as required for hallmarking and assay offices.

Gold testing machine in hallmarking centres: XAN-FD is a fast and non-destructive coating thickness measurement and material analysis. These are compact in size and widely applicable as an energy-dispersive X-ray fluorescence measuring instrument.
Our machines are extensively used for non-destructive thickness measurements and material analysis. These are fitted with electrically changeable apertures and primary filters and modern silicon PIN detector for excellent detection sensitivity and high accuracy. These can be used for coating systems as well as solid and liquid Samples can be analyzed standard-free. Besides, these can easily measure up to 24 elements in a Range from aluminum (13) to uranium (92) simultaneously.
Our machines are acclaimed for their long term stability, excellent accuracy, long term stability and ergonomic design. These are very easy to operate and acclaimed for fast calculation and quick data presentation. These are well suited for measuring and analyzing thin coatings, even with very complex compositions or small concentrations.

General Specifications

• Intended use Energy dispersive X-ray fluorescence measuring instrument (EDXRF) to determine thin coatings and alloys
• Element range Aluminum (13) to Uranium (92), up to 24 elements simultaneously
• Design Bench-top unit with hood opening upwards
• Measuring direction Bottom-up method 

THE NEW DMP SERIES

Experience the next level of tactile coating measurement

Gauge family for measuring coating thickness.

TOUGHER THAN THE CIRCUMSTANCES. MORE PRECISE THAN THE REST.

The new DMP series sets the standard for tactile and non-destructive coating thickness measurement of magnetized and non-magnetized base materials. The robust and modern design, optimized functionalities, digital probes, and intuitive Tactile Suite software make these compact handheld devices your perfect companions for any measuring requirement.

-Built to last: Next level quality and durability thanks to all-aluminum housing.

-Full measuring control: Feedback via light, sound and vibration whether measured values are within tolerance

-Digital probes: Fully digitized probes for the most demanding measurement tasks.

The all-around capabilities of coating thickness

measurement

Burnished rails

Features

Universal device series for tactile coating thickness

measurement thanks to enormously wide probe

portfolio

Test method: Magnetic induction and amplitude-sensitive eddy current method

Measured value memory: DMP10/20: 10, 000 in one

batch, DMP30/40: 250, 000 in 2, 500 batches

Measurement range: Depending on the combination

of coating and base material and the used probe

Robust aluminium housing with protection class IP64

Replaceable Li-Ion battery for >24h operating time

Easy data transfer via USB-C and Bluetooth

Limit monitoring via light, sound and vibration

Digital and analog probe

The range of Lead Frame Coating is uniquely designed with high-precision, programmable XY-stage as well as an electrically.
The user-friendly bench-top instruments are acclaimed for sample stage moves into the loading position automatically in case the protective hood is opened.
These are solid and strong range that ensure longer stability. With laser pointer works as a positioning help and support the rapid alignment of the sample to be measured.
These are carefully operated through the dominant and user-friendly WinFTM® software designed as per German regulations Deutsche R ntgenverordnung-rov". Its whole operation as well as evaluation of measurements and the clear arrangement of measurement data is performed on a PC through software.

Typical areas of application are

• Study of very thin coatings of 0.1 m (0.004 mils)
• Measurements of practical coatings in the electronics as well as semiconductor industries
• Determination of complex multi-coating systems and lead content in solder
• Automated measurements such as quality control

General Specification

• Intended use:Energy dispersive X-ray fluorescence measuring instrument (EDXRF) to determine thin coatings and alloys
• Element range:Aluminum Al (13) to Uranium U (92) - up to 24 elements simultaneously
• Design:Bench-top unit with hood opening upwards XY-stage and Z-axis electrically driven and programmable, Motor-driven changeable apertures and filters Video camera and laser pointer (class 1) for orienting the sample
• Measuring direction:Top down

Watches Coating machine XDAL237 is engineered to use as X-ray fluorescence measuring instrument with a modern programmable XY-stage and Z-axis for automated measurements. Our Watches Coating Thickness device is ideal to test the thin coatings in Gold Hallmarking, Manufacturing and Assaying Centres. They are extensively used for non-destructive measurements and analysing very thin coatings.

Design

• Uniquely designed with high-precision, programmable XY-stage and an electrically.
• User-friendly bench-top instruments for sample stage moves into the loading position automatically, when the protective hood is opened.
• Compact, robust and highly stable with laser pointer works as a positioning aid and help fast alignment of the sample to be measured.
• Operated through the powerful WinFTM® software designed as per German regulations Deutsche Rontgenverordnung-rov". Its whole process, evaluation of measurements and clear presentation of measurement data is conducted on a PC through software.

Application Areas

• Study of very thin coatings of 0.1m (0.004 mils)
• Measurements of functional coatings in the electronics as well as semiconductor industries
• Automated measurements, e.g., in quality control
• Study of lead content in solder and complex multi-coating systems

General Specification

• Intended use: Energy dispersive X-ray fluorescence measuring instrument (EDXRF) to find out thin coatings and alloys
• Element range:Aluminum Al (13) to Uranium U (92)  up to 24 elements simultaneously
• Design: Bench-top unit with hood opening upwards XY-stage and Z-axis electrically driven and programmable, Motor-driven changeable apertures and filters Video camera and laser pointer (class 1) for orienting the sample
• Measuring direction: Top down

FISCHERSCOPE X-RAY XDL X-ray fluorescence measuring device for manual as well as automated coating thickness measurements on decorative and protective coatings. They are universally applicable energy dispersive X-ray measuring instruments used for non-destructive thickness measurements as well as analysis of thin coatings for the measurements on mass-produced parts as well as printed circuit boards. FISCHERSCOPE X-RAY XDL is designed under the direction of practiced quality controllers following the international industrial standards. 

Models

• XDL 210: Plane support stage, fixed Z-axis

• XDL 220: Plane support stage, motor-driven Z-axis

• XDL 230: Manually operable XY-stage, motor-driven Z-axis

• XDL 240: Motor-driven XY-stage that moves into the loading position automatically, when the protective hood is opened. Motor-driven programmable Z-axis

Applications

• Measurement of electroplated mass-produced parts

• Study of thin coatings like decorative chromium-plating

• Examination of functional coatings in the electronics as well as semiconductor industries

• Automated measurements such as printed circuit boards

• Solution study in the electroplating

Coating thickness gauge for electroplating and electroless coatings XDV-µ or X-Ray Fluorescence Tester is available in various technical specifications. These are widely used for non-destructive analyses and measurements of coating thickness on very small components and structures, even with complex coating systems.

Applications

• Measurements on very small flat components and structures such as printed circuit boards, contacts or lead frames
• Analysis of very thin coatings, e.g., gold/palladium coatings of ⤠0.1 μm (0.004 mils)
• Measurement of functional coatings in the electronics and semiconductor industries
• Determination of complex multi-coating systems
• Automated measurements, e.g., in quality control

The high-end measurement system Fischerscope X-Ray XAN 250 was developed specifically for high-precision analysis of precious metals as required for Hallmarking and assay offices. Gold testing machine in assaying centres: XAN250 is engineered using best available techniques. These are high performance X-ray fluorescence measuring instruments widely used for fast and non-destructive material analysis and coating thickness measurement. Compact sized these devices are acclaimed for high performance, longer service life and accurate measurement.

Environmental Conditions

• Temperature Operation:10°C 40°C / 50°F 104°F
• Temperature Storage/Transport: 0°C 50°C / 32°F 122°F
• Admissible air humidity:95 %, non-condensing

Evaluation Unit

• Computer:Windows®-PC
• Software:Standard: Fischer WinFTM® BASIC including PDM®
• Optional: Fischer WinFTM® SUPER

The instrument of Electroplating Thickness ensures quick and exact materials analysis with user-friendly features. The array is ideal for the analysis of varied precious metal as well as gold alloys. The collection comes with geometric arrangement of hardware components. X-ray source as well as detector is situated below the measurement chamber and the measurement is conducted from bottom to top for easy & swift positioning of the samples. The range comes in varied versions only differ in terms of detectors, number of apertures, X-ray tubes, and filters.

Features

• X-ray tube with W-anode as well as glass window or micro-focus X-ray tube having W-anode and beryllium window.
• Maximum operating conditions: 50 kV, 50W
• Proportional counter tube, Silicon drift detector as X-ray detector or silicon PIN diode
• Aperture: fixed or 4-x automatically exchangeable,   0.2 mm to  2 mm
• Primary filter: fixed, 3-x exchangeable or 6-x automatically exchangeable
• Fixed sample support
• Video camera for optical observations of the measurement position along the axis of the primary X-ray beam. Crosshairs with calibrated scale (ruler) as well as display of the measurement spot Design-approved, completely protected instrument compliant with the German X-ray ordinance.

Applications

• Gold as well as precious metal study in the Jewellery and watch industries
• Measurement of thin coatings of few nanometers like Au and Pd on the printed circuit boards as well as electronics components
• Trace study (e.g. harmful substances in electronic components (ROHS) or tools)
• Examination of light elements like Al, Si, P with the XAN 250
• General materials analysis as well as coating thickness measurement in testing institutions, laboratories and universities

Our Electrical Conductivity Measurement instrument - sigmascope SMP350 is designed with utmost precision to measure the electrical conductivity of metallic conductor accurately and precisely. Our Electrical Conductivity Sigmascope SMP350 is also used for assessing hardness and strength of various heat treated materials. Electrical conductivity is a basic material property which gives information about metal's ability for conducting electrical current.

Features

• Rapid and easy on-the-spot conductivity calculation of non-ferromagnetic metals as per DIN EN 2004-1 and ASTM E 1004
• Windows CE operating system
• High-resolution touch screen with virtual keypad
• Conductivity probes
• Different measurement frequencies from 15 kHz up to 1 MHz
• Automatic temperature and automatic curvature compensation
• Certified traceable calibration standards (MS/m, IACS)

Typical areas of application are

• Airplanes
• Complete measurement of electrical conductivity throughout the production process of aluminum copper, etc
• Mints
• Testing of electrical conductivity before anodizing aluminum
• Thermal sprayed coatings of non-ferromagnetic metals, e.g. Cu

Technical data

• Measurements pursuant to DIN EN 2004-1 and ASTM E 1004
• Measurement frequencies from 15 kHz to 1 MHz, as per the probe
• Measurement range from 0.5 to 65 MS/m or 1 - 112% IACS
• Measurement accuracy at ambient temperature: +0.5% of reading
• Smallest diameter measurement without visible influence on the reading: 13 mm
• Operating temperature: 0-40 oC
• Lift-off compensation to 500m
• Connector for electrical conductivity probe, without or with integrated temperature sensor
• Connector for optional temperature sensor TF100A
• USB communication
• Printer port
• Power supply via mains electricity or battery