Each GC is a dedicated single channel unit with a split / split-less injector, programmable pressure control and a choice of three detector options. With either a flame ionisation, thermal conductivity, or electron capture detector the 200 series GC can cover most of the analytical applications in industry today. Manual or Automatic Gas sampling Valves can also be fitted to the 200 Series GC.

The 300 series fast GC is an unconventional gas chromatograph using directly heated columns for rapid heating and cool down. It is truly a fast GC with cycle times measure in seconds and not minutes. The system does not have an oven as in a conventional GC products because direct heating of the column eliminates the need for one.

The 300 Series fast GC is equipped with a split/splitless injector, EFC (Electronic Flow Control), 4-channel EPPC (Electronic Programmable Pressure Control), various detector options and boasts a small footprint of just 320mm x 370mm that makes it a valuable space saver. The columns are made by Restek of Silcosteel and are available in multiple phases and a wide range of dimensions.

A major bonus feature of the system is ACI (Automatic Column Installation) allowing for easy push button exchanges of columns. The column cartridge design allows the ACI feature to de-skill column changing and installation by removing the need for wrenches and column nuts. Simply place the column cartridge in position, press the column install button and let the install mechanism align and seal the column.

The 205 series autosampler has been designed for use with Cambridge Scientific Instruments own award winning 200 series gas chromatograph. It has been designed to compliment the GC in both looks and price. With Up to 23 sample positions and up to 4 injections per vial selectable in the method setup the 205 series autosampler is more than suitable for overnight runs.

FEI offers a range of advanced scanning electron microscopes (SEM) to meet user-specific requirements. An FEI scanning electron microscope can scan the surface of a sample with a finely focused electron beam to produce an image when the electrons hitting the surface are reflected and are detected by a fluorescent screen or TV monitor, enabling detection of features that are 1 nm apart.

The Inspect Family of tools includes two scanning electron microscopes, one with FEG capabilities, for use where high-resolution imaging is routine. These cost-effective, flexible, state-of-the-art scanning electron microscopes have FEI’s advanced chamber technology, making them valuable for industrial manufacturers and researchers working with material characterization and inspection applications.

Jasco FT/IR 4100,FT/IR 4200.

The new JASCO FT/IR-4100 and FT/IR-4200 were designed to provide operational features and sensitivity levels found only in more expensive instruments. The innovative technology incorporated in these instruments results in exceptionally high signal-to-noise ratio specifications. Both models offer exceptional flexibility and can be easily upgraded to meet new requirements. Optional expandability includes microanalysis with an IR microscope, IR imaging with a multichannel microscope, and rapid scan option. The JASCO Quick Start System enables users of all experience levels to measure samples and perform data processing functions quickly and easily with a simple push of a button.

Jasco FT-IR-6000

High Performance FT-IR with the Highest Signal-to-Noise Ratio Available

S/N Ratio 50,000: 1 with 0.07 cm-1 resolution

Gold Optical Surfaces for enhanced FT-Raman Measurements

IR Imaging, Step Scan and Full Vacuum Options Available

The new JASCO FT/IR-6100, FT/IR-6200, and FT/IR-6300 offer the absolute highest level of performance in the industry with the highest signal-to-noise specifications. Designed for a wide range of critical research and development applications, each model is capable of measuring from the Near IR (15000 cm-1) to the Far IR

(50 cm-1). 1cm).

V-630 Bio Series Spectrophotometers

The V-630Bio is specifically designed for Life Science applications. It consists of the V-630, an intelligent Remote Module (iRM) for biological and clinical analysis, and a micro cell holder. Dedicated bio-analytical application programs include protein/nucleic acid measurement, temperature ramping/DNA melting analysis, kinetics measurement and analysis, and a quantitative protein analysis program with six different calibration methods included in the software. The TCH-703 4 ?L 8-position turret micro cell holder, PAC-743/743R automatic 8- position Peltier cell changer for micro cells, and other sampling accessories are available as options.

V-650/660/670 are double-beam spectrophotometers with a photomultiplier tube detector. The high sensitivity of the PMT detector enables accurate measurements of low concentration samples. By controlling the high voltage applied to the PMT, the dynode feedback system allows a wider dynamic range. It also enables the use of such solid sample handling accessories as integrating spheres to collect diffuse light transmitted or reflected by the sample. The advanced optical design offers high optical throughput and low stray light for extended absorbance linearity with the capability for high resolution measurements as low as 0.1 nm for gas and vapor phase spectroscopy.

The FP-6000 series of spectrofluorometers meets the demands of both research and routine analysis by combining a highly sensitive and flexible optical system with the 32-bit Windows® based Spectra ManagerTM software platform. The FP-6000 series is equipped with a flexible sample compartment that allows use of a range of prealigned optional sampling accessories to meet many specific application requirements.

The NRS-3000 Series

The NRS-3000 Series of bench top, singly dispersive micro-Raman spectrometers are based on JASCO’s proven technology emphasizing sensitivity, reliability, and ease of operation from a PC-controlled optical system.

The innovative instrument design ensures freedom from daily adjustments and alignment. A specially designed honeycomb optical base plate is the foundation for the entire instrument guaranteeing alignment and stability. The laser(s), enclosed microscope, software-switched optics and a unique aberration-corrected polychromator with CCD detector provide an integrated package that is compact enough to fit on a laboratory bench.

With superb stability and effortless software controlled optics, the NRS-3000 Series Raman systems offer performance second to none, and with no time-consuming realignment. Simply insert the sample, focus, and collect the spectrum. The integrated, automated x-y-z mapping stage with auto-focusing option allows full PC control. Complete operator safety is maintained by the fully enclosed automated sample chamber door which provides a 120 degree opening to allow full microscope access.

Advanced instrument control

Two graphical user interfaces are available including a newly redesigned intelligent remote module (iRM) with a color LCD touch screen and Spectra ManagerTM II software, the latest version of JASCO’s innovative cross-platform spectroscopy software. Both of these control and analysis interfaces allow full-system control and advanced data processing.

21 CFR part 11 compliant versions for both interfaces can be ordered as an option. The iRM conveniently guides the operator through routines from data acquisition to data processing. The obtained data can be automatically printed to USB printers, or saved to a compact flash memory card for further processing on a PC.

High speed, precision and accuracy

The P-2000 offers a response speed as fast as six degrees per second to provide reproducible data for each measurement with a resolution of 0.0001o. A wide dynamic range of up to ±90o enables the system to measure chiral compounds over a broad range of concentrations. The sample chamber is equipped with an integrated temperature probe; the current temperature is constantly updated on the instrument control screen.

Spectra Manager II

32 bit Windows® environment running under Microsoft® Windows® 95, 98 or NT 4.0

Control of all JASCO spectroscopy products

Control of multiple instruments from one computer

Analysis of several types of spectral data in one package

Users only need to be familiar with a single software package

Flexible data display and publication quality printing

Supports standard data formats such as ASCII, TXT and J-Camp for support to other software packages or operating systems such as Macintosh

Spectra Manager II is the latest version of the JASCO innovative cross-spectroscopy software platform. The approach of having a single platform for data analysis is a unique and powerful way to manipulate and display data from any JASCO spectroscopy system. UV/VIS/NIR, Fluorescence, FT/IR, CD, ORD, LD, Raman, FT-Raman Polarimeters and other types of data files can be directly compared, processed, and printed together.

The Aurora 1030W TOC Analyzer processes aqueous samples for analysis of the total organic carbon (TOC), total inorganic carbon (TIC), and non-purgeable organic carbon (NPOC) content of the samples. Using heated persulfate oxidation technology (Standard Method 5310C), samples containing 2 ppb to 30,000 ppm of organic carbon can be analyzed. The Aurora 1030W supports USEPA-approved methods, Standard Methods, ASTM, DIN/ISO/CEN, USP, and EU Methods. Depending upon the protocol employed, up to 300 samples per 24-hour period can be analyzed, and in excess of 100,000 samples per year.

The optional accessories available for the Aurora 1030 TOC analyzer support continuous on-line monitoring of one to

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• I/O Expansion Module provides 4–20 mA analog output signals and four relays for alarms

• I/O Expansion Module supports input to Supervisory Control and Data Acquisition (SCADA) system software

• Autocalibration/Stream Sequencer Module automates calibration and sampling from up to four separate process streams

• NEMA 4X Enclosure protects the Aurora 1030W TOC analyzer in harsh, non-laboratory conditions

Ñ íàä 1000 ñèñòåìè èíñòàëèðàíè ïî öÿë ñâÿò,Hasnon SR8-Plus å äîêàçàëà ñå â èíäóñòðèÿòà äèñîëþøúí ñèñòåìà.SR8-Plus ïðåäñòàâëÿâà íàä 30 ãîäèøíà èíæèíåðíà åêñïåðòèçà,âîäåùà íà÷àëîòî ñè îò ðàáîòàòà íà îñíîâàòåëÿ Bill Hasnon.Íàïúëíî ñúâìåñòèìà ñ USP/FDA è äðóãè èíòåðíàöèîíàëíè,ðåãóëàòèâíè

èçèñêâàíèÿ,ñèñòåìàòà SR8-Plus ñå ñïðàâÿ ñúñ âñè÷êî,îò ïðîòîêîëè äî ðàçøèðåíè ìåòîäè.

With over 1,000 systems installed worldwide, the Hanson SR8-Plus™ is an industry-proven workhorse in the dissolution lab. The SR8-Plus represents over thirty years of engineering expertise, beginning with founder Bill Hanson's pioneering work in the 1960s. Fully compliant with USP/FDA and other international regulatory requirements, the SR8-Plus handles everything from simple protocols to extensive methods.

Thanks to its large number of customizable options, the AI 1200 Atomic Absorption Spectrometer is also the most versatile spectrometer on the market today. What started out as a good idea has developed into a remarkable analytical instrument.

In an industry that is becoming increasingly specialized, it is easy to recognize the advantages of an analytical instrument that offers so many possibilities in such a small space. We invite you to take a look at what the AI 1200 AAS has to offer in providing an analytical solutions to your elemental analysis needs.

The AI 3200 Atomic Fluorescence Spectrometer offers a unique vapor generation for enhanced sensitivities, reduced interference with ppt detection limits for mercury analysis, As, Cd, Zn, and other hydride forming elements.

It is ideally suited for clinical, environmental, agricultural, geological, metallurgical, pharmaceutical and petrochemical sectors.

Model 42i NO-NO2-NOX Gas Analyzer

Chemiluminescent gas analyzer with enhanced communication

capabilities for ambient air and source emissions monitoring

Using chemiluminescence technology, the Model 42i measures the amount of nitrogen oxides in the air from sub-ppb levels up to 100ppm.The Model 42i is a single Chamber, single photomultiplier

tube design that cycles between the NO and NOX modes.

Using gas filter correlation technology, the Model 48i measures the amount of carbon monoxide in the air. The Model 48i is based on the principle that carbon monoxide (CO) absorbs infrared radiation at a wavelength of 4.6 microns. Because infrared absorption is a nonlinear measurement technique, it is necessary for the instrument electronics to transform the basic analyzer signal into a linear output. The Model 48i uses an exact calibration curve to accurately linearize the instrument output over any range up to a concentration of 10,000ppm.

Using pulsed fluorescence technology, the Model 43i measures the amount of sulfur dioxide in the air up to 10ppm. The pulsing of the U.V. source lamp serves to increase the optical intensity whereby a greater U.V. energy throughput and lower detectable SO2 concentration are realized. Reflective bandpass filters, as compared to commonly used transmission filters, are less subject to photochemical degradation and more selective in wavelength isolation. This results in both increased detection specificity and long term stability.

Evaluation of data:

After taking the measurement for asurvey, the EMFAD® - UG 12/4 kann be turned off. The data collected remain in the data logger (memory) and can be evaluated and processed with the specialized software EMFAD® - SCAN at the site or later on. The data are transferred to the Notebook (PC) via a serial RS 232 or USB interface.

EMFAD® - SCAN enables the interpretation of the data as 2D- and 3D-views, modeling, dcumentation and printing.

The handling of the program is very simple.

The EMFAD-measuring method is based on the evaluation of variations of electromagnetic field data caused by anomalies in the subsoil. It can locate

- conductive materials, such as metal, pipes, barrels, cables, reinforced concrete,

electrolytic effluents, etc.

- irregularities like cavities, graves, faults, shafts, ground fills, deposits, caves,

tunnels, landfills.

The EMFAD-Technology has been successfully deployed in practice under various

different climatic and geological conditions by professionals as well as by hobby

researchers. Fields of application predominantly are archeology, geophysics, geology,

hydrology and treasure loacating (treasure hunting) in very different application areas as

archeological sites, industrial waste sites and waste deposits, building lots, mining ares, street- construction sites, military practice sites and other soil investigations.Because the EMFAD-UG 12/4 uses signals from distant VLF radio stations rather than transmitting, it is much smaller and easier to use than typical EM instruments.

The Cortes represents the best combination of current and new technologies that Tesoro has to offer.The new Cortes represents all phases of our new microprocessor technology combined with our tried and true analog circuits to create a detector that has all of the high end features our customers have asked for with user friendly Tesoro controls.

Tejon features a high output transmit oscillator to push the signal deeper and an increased gain for sensitivity to smaller items. The Tejon was designed from the ground up with the coin and relic hunter in mind. It also features a new color scheme from Tesoro- blue, gray and black. The Tejon was over a year and a half in the design stages and represents a new generation of Tesoro detectors.

The main part of the Vaquero’s versatility is its three and three-quarters manually adjusted ground balance. This will give the detectorist the power to set up his machine to best suit the mineralization conditions that he is working in and his personal treasure hunting style. The Vaquero adds an ED180 discrimination feature to filter the trash from the treasure and a Push Button Pinpoint that makes digging up the goodies that much easier. The discriminate knob is also used to switch into a threshold-based All Metal Mode.

Autoranging Digital Megohmmeter

1000V digital tester with large dual backlit display

250V, 500V, and 1000V test voltages

Insulation Resistance to 2000Mohms

Lo ohm function for testing connections

Lock Power On Function for hands-free operation

Data Hold to freeze displayed reading

20MHz 2-Channel Digital Oscilloscope

3.8" (97mm) color LCD display

Auto-set function optimizes the position, range, timebase, and triggering to assure a stable display of virtually any waveform

Peak Detect function for 50ns glitch capture

USB interface and software for transferring waveforms and data