Other Products / Services #4532893

TOPwave is a flexible, versatile digestion system that fulfills all requirements of modern sample preparation. It guarantees maximum safety thanks to SCS. Instrument offers easy handling and high safety by intelligent vessel design and allows a high ample throughput (up to 24 samples run). Documents all parameters of all samples. Sample Monitoring and Adaptation in Real Time. Uses few consumables (rupture discs, lids) Swing-top, electromagnetic lock. Safety interlocks for monitoring operation conditions. Stainless steel body, top and lid PFA-coated. Circular oven for homogeneous radiation intensity.

New generation of elemental analyzers to measure carbon, sulfur and total chlorine in solid and liquid samples in diverse matrices, thus satsifying the most exacting demands of modern analytical technologies. Determines carbon, sulfur and total chlorine. High combustion temperature ensures complete digestion for even highly stable samples. Dynamic measuring range, optimum adaptation to sample homogeneity and element concentration. Use of a special ceramic technology permits high-temperature oxidation. Combustion system is resistant to aggressive and corrosive samples. Use of special coulometric cells for total chlorine determination. Maintenance-free, non-wearing gas lock for sample introduction. Modular design allows the instrument to be configured to suit the analytical job. Addition of a special autosampler allows automated analysis. Autosampler with feed rate preselection and temperature control allows analysis of sensitive or vigorously reacting samples. PC-controlled and stand-alone configurations are available.

Worldwide first fully automatic multiple wavelength refractometer with Solid state peltier controlled temperature stabilisation, Stainless steel refractometer head housing for Measurement of fluid and also solid samples. All advantages of the ATR Series. No mowing parts. Upto seven discrete wavelengths. Automatic interpolation of refractive indices at any wavelength in measuring bandwidth. Solid state peltier controlled temperature stabilisation. Stainless steel refractometer head housing. Measurement of fluid and also solid samples. According to GLP GMP standards.

Total organic halide analyzer with innovative vertical furnace design and "septaless" gas-lock inlet, the pioneer AOXTOX analyzer of a new generation. Innovative instrument concept with vertical furnace and gas lock conforming to European ISO standards EN 1485:1997 ISO 9562:1998. Basic manual instrument can be expanded for automatic operation by retrofitting and adapted to the user's specific application. Vertical furnace tube for easy automation of the sample introduction. Long furnace life thanks to the use of quartz containers. Basic instrument available with or without autosampler. No mechanical sample lock systems that require maintenance and are prone to Malfunction Single integrated sampler in conjunction with an interchangeable 36- or 25-place sample tray and combustion tube heads, enabling fast method change (e.g:column or batch method) without time-consuming conversion or additional separate samplers or modules

The DANI MASTER DHS system provides the headspace sampling of liquid or solid matrices, located in a sealed and thermostatted vial. Through the constant sweeping of the volatiles by a flow of carrier gas offers superior sensitivity. The MASTER DHS provides upto a 100-fold increase in sensitivity over standard headspace techniques and assures detection limits beyond the capability of SPME sampling. Sensitivity can be further increased by using selective and specific detection systems, such as Electron Capture Detector (ECD), Photoionisation Detector (PID), Mass Spectrometers (MS). Unlike other Purge & Trap systems, productivity is enhanced through the Overlapped sample thermostatting capability, the shorter baking phase and the use of disposable vials. The stand-alone MASTER DHS unit can be easily hyphenated to all standard GC and GCMS systems.

MASTER TD guarantees excellent analysis performances by using a two-stage thermal desorption process: the volatile and semi-volatile compounds (upto C44) are desorbed from the sample by heating in a flow of inert gas and refocused in a narrow-bore packed trap kept at low temperature and filled with one or more sorbent materials. The trap is heated instantaneously and the components are introduced in a narrow band directly into the analytical column through a heated transfer line. The refocusing step offers significant advantages if compared with a direct desorption into the column, the rapid transfer of the analytes keeps the peak width and the chromatographic resolution uncompromised; further more the trap desorption in back-flush mode improves efficiency in the transfer and allows the use of multi-layer traps.

The HPR-Series of pressure chemical reactors is designed for researchers who are interested in investigating the feasibility of pressurized chemical reactions or processing problems in their laboratories. Whether it is repetitive pressurized laboratory chemical synthesis, teaching laboratory applications, or process development, the HPR-Series is an excellent unit for your application needs. The HPR reactors size ranges from 50 ml to 8 liters and can be operated up to 10, 000 psi and 350C. Two standard pressure vessel types are available. Bolted closures can be operated up to 2350 psi and 350C. Hand-tight closures can be operated up to 10, 000 psi and 200C. Other custom vessels for specialized applications are also available. The reactors are equipped with magnetically coupled impellers for optimal mixing. All high pressure components are ASME compliant design (code stamp available) and protected by a rupture disc for safe operations. These laboratory bench top models are ideal for applications where repetitive use makes convenience a necessity. A few examples include: catalytic studies, polymerization, hydrogenation, oxidation, isomerization, and dehydrogenation. All size reactors are supplied as ready-to-use instruments requiring only utility connections prior to operation. The reactors are compact instruments that fit easily into a fume hood. Their modular design makes it easy and cost effective to alter the units basic configuration, thus adapting it to meet new or evolving application needs.

Powerful family of instruments with a convincing overall concept for the fully automatic and simultaneous analysis of TOC and TN from every sample. Ideal tool for Pharmaceutical, Semiconductor and Environmental water industries. 2 ppb up to 30.000 ppm TOC measuring range without dilution. Combustion temperature upto 950 C for liquids. High performance UV persulfate oxidation at 254 nm and 187 nm. Use of HTC with ceramic technology for solids up to 1800 C. Easy to use and low maintenance by Self Check System (SCS) to control allsystem functions. Electronic leak control. Wide range MC-NDIR (multi channel) detector with reference channel. Fully automatic MC-NDIR channel selection. Patented VITA technology (retention time coupled integration). Automatic parallel purge and inject to save time. Automatic sample acidification, purging and homogenization.

XYZ Robotic Arm offers maximum sample throughput with standard 160 Sample tray for 2ml vials and optionally 65 sample tray for 10 ml vials. The same sample can be introduced up to 100 times in a single injector or into three injectors alternatively. The sample can be taken at different selectable needle depths, thus performing an extraction directly from the vial. Parameters are easily programmable to optimise both the most convenient sampling method for extremely volatile or viscous samples and the best injection technique. These parameters include: number of solvent or sample washings, plunger speed during sampling and injection, delay time of needle into the injector before and after injection and depth of needle into the injector itself. Even the most skilful operator can no longer compete with an automatic system in terms of precision and accuracy. The volumes selectable from 0.1 to 500l are measured with great accuracy, thus guaranteeing repeatability and linearity of the quantitative data.

A FAST and HIGH RESOLUTION Gas Chromatography system with Patent Pending PRECISE DIGITAL FLOW CONTROL, CONSTANT LINEAR VELOCITY mode, PULSED INJECTION mode, PRESSURE AND TEMPERATURE COMPENSATION mode, and GAS SAVINGS AND LEAK CHECK mode not only increases the Area Count but also makes the Master GC one of the most accurate and precise system for excellent and unbelievable RSD for retention time and Area. MASTER GC offers a new approach to the world of gas chromatography by dramatically decreasing sample run times in a wide range of GC applications. Faster than a conventional GC, MASTER GC increases analytical productivity with an excellent sensitivity. The modular design of the components allows to easily change or upgrade any GC configurations. Upto three injection units and three detectors can be mounted simultaneously. An intuitive touch Screen interface controls both the GCand AS with an ultimate simplicity.

A New generation of elemental analyzers for measuring nitrogen, sulfur and total chlorine in solid, liquid and gas samples in diverse matrices, thus satsifying the most exacting demands of modern analytical technologies. Determination of Sulfur, Nitrogen and Total Chlorine. One analyzer for liquids, solids and gases. Simultaneous N and S determination. Automatic switch between S, N and Cl determination. Unique sensitivity: 10 ppb S (UV-F), 50 ppb (CLD), 0, 1 ppm Cl. Vertical and horizontal sample inlet assures perfect adoption to the sample matrix. One sampler for vertical and horizontal sample inlet, liquids and solids. Optimized combustion for vertical sample inlet. Optimized combustion for horizontal sample inlet including flame sensor for entirely controlled combustion.

Full range of digital Refractomers for routine to research applications with variable measuring range from 1.3 to 1.7 RI with Variable resolution from 0.001 to 0.00001 and with sample temperature control from 5 to 80 C. ATR ST is used for determination of dry substance concentration and purity of liquid media. Teflon sample room door for aggressive samples. Up to 10 secial scales programmable. ATR SW series offers comfortable flow through solution for consecutive measurements (high throughput) or in horizontal position for individual measurement. It also offers Automatic critical-angle refractometer for measuring of liquid media independent of viscosity, colour and transparency. Electronic unit and measuring head separate, single and flow through measuring possible, verious sample room doors optional available. The ATR W1 and ATR W2 series are Automatic critical-angle refractometer for measuring of liquid media independent of viscositty, colour and transparency over the complete ABBE measuring range. Electronic unit and measuring head separate, Peltier thermostatible .

manual as well as fully automatic transportation of the graphite tubes into the graphite furnace.integrated microbalance.high sample throughput (up to 84 samples).analysis of unadulterated original samples. No time-consuming sample digestion.minimized danger of contamination. High sensitivity.true microquantity method. Available for all graphite furnace system.

A wide range of supercritical fluid extraction and reaction equipment, Whether you require a small entry level QCQA extractor or a mid-scale, research grade system or high capacity plant scale systems, we offer SF equipment to meet your needs and your budget. Innovative equipment design. Flexibility and customization for specialized applications. Leading edge patented and proprietary technology ensure consistent results. The SFT incorporates a high performance, dual piston pump which produces the high pressures required for supercritical fluid work. The system has built-in safety precautions to prevent accidental over-temperature or overpressure conditions. Asan additional safety backup and a rupture disc assembly provide mechanical protectionagainst accidental over pressurization of the system. Manually operated valves ensure long term and maintenance free operation. An integrated program logic controller monitors and adjusts fluid pressure inside the extraction vessel to achieve and maintain a desired set point. A PID temperature controller monitors and maintains the precise fluid temperature inside the highpressure vessel.

Ideal tool for cleaning validation with no recurring expenses like columns, mobile phase etc. True selective method for trace and ultra trace of actives in sub nano gram level which gives results in seconds and minutes. The IONSCAN-LS detects and quantitates trace analytes using ion mobility spectrometry (IMS). Ultra-fast analysis with the IONSCAN LS offers the advantages of simplicity, selectivity, sensitivity, atmospheric pressure operation, and ease-of-use. These features, together with 21 CFR Part 11 compliance, make it ideal for use in pharmaceutical applications. The IONSCAN-LS offers two different sample introduction methods:thermal desorption from a filter and high performance injection (HPI). The HPI offers multi-stage temperature and flow programming with splitsplitless injection capabilities. The availability of these two techniques maximizes the breadth of compounds that can be analyzed successfully. More than 80% of active pharmaceutical ingredients investigated to date are amenable to IMS analysis.

Static Head Space Sampler with 30 years of research offering accuracy, Reliability, outstanding repeatability and increase in the productivity of analysis of residual solvents and VOCs. Multi Headspace Extraction (MHE) for complex matrices and solid samples. HSS 86.50 static headspace sampler is the result of 30 years of experience in the production of automatic samplers which offers most accuracy, reliability, outstanding repeatability and increase in the productivity of analysis activities. It allows volatile compounds to be extracted from a non-volatile matrix and to be quickly introduced into a gas chromatograph with reduced sample preparation. Whatever the sample type, the process no longer requires difficult extraction and purification. HSS 86.50 is easy to use and can be coupled to DANI GC or any other gas chromatograph or GCMS. The system is coupled by connecting the carrier gas and inserting the transfer line into the injector. DANI HSS 86.50 is able to analyse up to 44 samples in 20 or 10 ml vials and to optimise analysis times for high productivity: One sample is heated while the previous sample is analysed. This process eliminates waiting times between each run.

The SFT Phase Monitor II is a powerful analytical tool for determining the solubility parameters of compounds and mixtures in subcritical and supercritical fluids. It provides direct, visual observation of materials under conditions precisely controlled by the researcher. Experiments can be performed in liquid or supercritical carbon dioxide and in other liquefied gases. Additionally, the effect of co-solvents on the solubility of compounds in supercritical carbon dioxide can be investigated with this instrument. It allows the end user to view dissolution, precipitation, and crystallization of compounds over a wide range of pressures and temperatures. Experiments may be performed from a few hundred psi to 10, 000 psi (68.9MPa) and from ambient temperature to 150 Celsius. The Phase Monitor II is extremely useful for determining the critical point of binary, tertiary, and complex mixtures. The changes in phase behavior as a function of temperature, pressure, and sample concentration can be investigated rapidly, saving time in the scale-up of supercritical fluid processes. The phase monitor can be utilized to determine the processing conditions in which each compound in a homologous mixture solubilizes andor precipitates. This data is useful for determining processing conditions for selective extraction, reaction, andor fractionation of compounds of interest. Additionally, supercritical "anti-solvent" applications are possible.

• The Raw Material ID analyzer is the perfect instrument for method development as it can be fitted with accessories for the analysis of tablets in the transmission mode, of pure and blended powders (blend uniformity), as well as, liquids, pastes, gels and creams.

• New Revolution in FT-NIR technology with high quality, increased Robustness, Ideal Instrument for use in WARE HOUSE with Life Time warranty on Beam Splitter and entire interferometer. Rock Solid Proven Chemometric Software tools not only ELIMINATES the chances of FALSE NEGATIVE answer but also restricts the chances of FALSE POSITIVE as low as1 in 1 BILLION.

• NO sample preparation.

• FAST:

• Tablet IR for Content uniformity studies various size and shapes of tablets, capsules, caplets, gel tabs, etc. Works on proven diffused transmission principal offering excellent precision, accuracy and repeatability. Offered with Life Time warranty on Entire Interferometer including beam splitter.

• Fast assay determination.

• Can be used on the production floor.

• Does not need dedicated trays for every tablet shape.

• Early warning of production problems.

• Reduces production cycle time.

• Diffuse transmission measurement.

• Less sensitive to product uniformity.

• No sample preparation.

• Results in less than 1 minute

• 30 positions autosampler with universal spherical and cylindrical trays.

• Tablets, caplets, capsules, geltabs, coated and uncoated samples.

• 21 CFR Part 11 compliant.

• Validation procedures and protocols according to the latest USP guidelines.

• Installation and Operational Qualification protocols.

• Recommended Performance Qualification protocols.

• Factory and Installation reports.

• Software validation documentation.

Ideal tool for desktop explosives and narcotics trace detection. The IONSCAN 400 B detects and quantitates trace analytes using ion mobility spectrometry (IMS). Ultra-fast analysis with the IONSCAN 400 B offers the advantages of simplicity, selectivity, sensitivity, atmospheric pressure operation, and ease-of-use. The IONSCAN 400 B can analyze samples over a concentration range of about three orders of magnitude. Detects and identifies over 40 explosive or narcotic substances. Tested, field-proven instrument. Used daily by Military, AVSEC, Customs, Corrections and at high-profile facilities. Simple operation, easy to maintain. 30-60 second sample cycle time. Sub-nanogram sensitivity. Selectivity. Broad range of analytes, no chromophore needed. No mobile phases, columns or vacuum.

Determination of the water content in fluids, solids, pasty substances, oils, and gases according to the Coulometer Karl Fischer method with distinction of individual water binding forms. Precise water determination by direct injection. The basic module is the essential device for coulometric Karl Fischer titration. The sample to be analyzed is injected right into the measuring cell. Infinitely variable electrolysis current for very fast analysis. Adjustment of titration rate to current water amount to be titrated. Optimized measuring cell feat. Exceptionally low background drift Suitable for all commercial Karl Fischer reagents. Many applications do not require a diaphragm, therefore only one coulometric reagent is needed. The headspace module has been designed specifically for materials and substances that changes the water content if brought into contact with ambient air. The sample vials are sealed and placed in the headspace oven where the sample is heated out. The liberated moisture is carried into the measuring cell via the needle and tube system. At no time the sample gets into contact with the atmosphere.