Spectrometers - Import export

FTIR Excellence for Industry, R&D and Science: INVENIO INVENIO is the definitive spectroscopic solution for routine FTIR analysis as well as research and development. It is all you need and so much more: innovative technologies, intelligent design and its new beam path contribute to an unrivalled user experience. Your advantage: •Outstanding signal-to-noise ratio •Broad spectral range (FIR, MIR, NIR and VIS/UV) •Touch-PC with dedicated software for enhanced productivity •MultiTect™: Up to seven automated and software controlled internal detectors •Transit™: parallel availability of two experimental setups •RockSolid™: reliable, well-proven and precise •CenterGlow™ IR source: optimized light flux and durability •Bruker FM: MIR and FIR spectra in one go •Upgradability: retrofit spectral range extensions or time resolved measurements •Multiple beam inputs and outputs •Compact footprint optimized for laboratory benches

Thermogravimetric analysis (TG) follows changes in mass of the sample as a function of temperature and/or time. TG gives characteristic information about the composition of the measured sample, in particular the amounts of the various components and their thermal behavior. In addition, further measurements are possible such as kinetic analysis of thermal decomposition. The identification of gases released directly from the sample or during thermal treatment cannot be performed just by thermal analysis, but coupling a spectroscopic method such as Fourier-Transform-Infrared (FTIR) spectroscopy is an excellent solution. IR spectroscopy is a classical technique, which depends upon the interaction of infrared radiation with the vibrating dipole moments of molecules. It gives, with the exception of homonuclear diatomics and noble gases, a characteristic spectrum for each substance.

The external accessory PMA 50 has been specially developed for Polarization Modulation measurements. It can be adapted to Bruker TENSOR, INVENIO and VERTEX FTIR spectrometers. All optic and electronic components in the PMA 50 module are optimized for the Polarization Modulation. Both linear dichroitic measurement techniques like PM-IRRAS and circular dichroitic experiments like VCD spectroscopy can be realized using this dedicated system. The core of the Polarization Modulation technique is the Photoelastic Modulator (PEM) with a nominal modulation frequency of 42 kHz. With the help of the parallel 24-bit dual-channel data acquisition technology the sum and the difference signals can be collected simultaneously with highest sensitivity. The PMA 50 module exhibits short beam path, and therefore provides optimal S/N ratio and stability.

The CONFOCHECK is a dedicated FTIR system for the investigation of proteins in water. Its specific configuration facilitates a fast data acquisition (ca. 30 sec. per sample) with a high sample throughput controlled by an extremely user-friendly software interface. FTIR Protein Applications Protein quantification Detection of conformational changes Protein dynamics (temperature induced conformational changes) Monitoring of conformational changes during protein aggregation, precipitation and crystallization Determination of the secondary structure Quantification of all kind of solutes in aqueous samples (buffers, excipients, detergents) Typical Applications in Pharma: Pre-formulation and formulation development: Analysis of the influence of the formulation on protein stability Stability studies (stress tests): Influence of pH, temperature, mutation, etc. on the protein stability

SiBrickScan (SBS) is a dedicated at-line system for the FTIR quantification of interstitial Oxygen in complete Silicon ingots, resulting in a concentration profile along the longitudinal axis. Accessing this information without sawing wafers or test samples is a major and cost saving advantage. Get Valuable Information to Check and Optimize Product Quality Knowing the Oxygen gradient of Si ingots enables important conclusions helping e.g. to control and optimize the Silicon crystallization process or to identify batches of bad raw material. Therefore SBS will help to save costs by optimizing product quality and reducing the amount of defective wafers. The random sampling of individual ingots does strongly reduce sample preparation efforts and provides relevant information much earlier.

The Bruker Optics` Cryogenic Silicon Analysis System (CryoSAS) is a dedicated all-in-one system for the low temperature (<15K) impurity analysis of Silicon. CryoSAS is optimized for operation in the industrial environment. CryoSAS combines Bruker's high performance FTIR spectrometers with built-in, closed-cycle cryo-cooling technique that does not require any liquid Helium. All CryoSAS components are state-of-the-art, yet utilize proven technologies to accomplish a difficult analysis in the demanding silicon production environment. CryoSAS can be operated at a high level of automation including accurate reporting of the analysis results.

The IFS 125HR is the ultimate instrument for the high resolution IR spectroscopy Outstanding results in your laboratory In absorption or emission mode, the IFS 125HR can resolve highly complex spectra into discrete lines for recognition and spectral assignment. Outstanding resolution across the entire spectrum Resolved linewidths of < 0.0009cm -1 Broad spectral range: from 5cm -1 in the far-IR to >50,000cm -1 in the UV Double-sided interferogram acquisition (option) Symmetric line shapes - due to high precision optics Easy range change - every experiment can access different sources and detectors without breaking vacuum. A total of 4 sources and 6 detectors can be accessed through each of two different sample compartments

The VERTEX FTIR research spectrometer productline is the culmination of everything Bruker has pioneered and developed in over 40 years. The VERTEX Series is built on a fully upgradeable optics platform that is designed with the utmost flexibility in mind. VERTEX spectrometers share a wide range of features, including an intelligent network for automation, Automatic Component Recognition (ACR), the Plug &amp; Play Ethernet connection and Automatic Accessory Recognition (AAR). VERTEX 70v Bruker's VERTEX 70v FTIR Spectrometer is based on the well-known RockSolid™ interferometer and the ideal entry level systems for Advanced Research applications. The vacuum optics bench provides class leading specifications. VERTEX 80/80v The high-end VERTEX 80 and the VERTEX 80v vacuum FTIR spectrometers are based on the actively aligned UltraScan™ interferometer, which provides PEAK spectral resolution and highest scanning speed.

The LUMOS II offers outstanding visual and spectral data quality with full automation of all measurement modes: transmission, reflection and ATR. For FTIR beginners and experts alike, the LUMOS II is the best solution for infrared microscopy. Bruker's exclusive Focal Plane Array (FPA) detector technology allows you to experience detailed imaging at the maximum speed. This allows you to take full advantage of the vast possibilities offered by FT-IR microscopy. The OPUS IR software provides you with assistance whenever you need it and allows you to glide effortlessly through measurement, evaluation and reporting. Your advantages: • Extremely fast FT-IR imaging (FPA) • High spectral quality and resolution • Brilliant visual images and huge field of view • Fully automated FT-IR microscope • Integrated, piezo-controlled ATR crystal • Software supported measurement and evaluation • Automatic measurement in transmission, reflection and ATR

VERTEX 80v is the gold standard of R&D FTIR spectroscopy regarding performance, sensitivity and flexibility. With the unique verTera THz extension the VERTEX 80v is now the first and only all-in-one system combining the advantages of FTIR and continuous wave THz spectroscopy, gaining access to an extremely broad spectral range and exciting new possibilities. Unique features: • Hybrid spectrometer FTIR/cw THz spectrometer with spectral range up to 3-50000 cm-1 • No cryogenically cooled components required • Unique effective spectral resolution < 0.0007 cm-1 • Unmatched THz performance due to vacuum beam path and optimized THz data processing • Same sample compartment & accessories applicable for FTIR and cw THz • FTIR and THz mode controlled via OPUS software with full data compatibility

MATRIX-MF is a rugged and a compact spectrometer that can be fiber optically coupled to measure chemical reactions in laboratory and/or process environments. Bruker's MATRIX-MF FTIR spectrometer expands the proven MATRIX series product line utilizing the information rich mid-IR region for use in both laboratory and process environments. The MATRIX-MF is a process ready FTIR spectrometer that is ideal for real-time monitoring and analysis of chemical and biological reactions.

The award winning MATRIX-F II FT-NIR spectrometer allows the direct measurement in process reactors and pipelines, leading to a better understanding and control of the process. Accurate in-line results in seconds Multiple components per measurement Non-destructive analysis Optional built-in 6-port multiplexer Direct method transfer Rugged design Ethernet connectivity and industry standard communication protocols

The FTIR spectrometer ALPHA II combines outstanding quality with a small footprint and sets a benchmark in terms of user convenience. With the integrated panel PC and the touch-based operation, FTIR spectroscopy has never been easier. The ALPHA II features a new way to operate an FTIR spectrometer. With the integrated panel PC and the dedicated OPUS-TOUCH user interface it takes only three touches for measurement, evaluation and report generation. OPUS-TOUCH is very intuitive and guides you conveniently through the measurement and evaluation process. Alternatively the ALPHA II can also be operated with an external PC.

MaOS HiSpec. High resolving power drift tube ion mobility spectrometer Application areas: - Health care - Drug discovery - Pharmacy - Environmental monitoring - Explosives detection - Forensic science - Biotechnology Main advantages: - Improved selectivity thanks to twice increased resolving power - Possibility to apply different ionization methods - Integrated technical solution for combination with different separation techniques

SE0S 02 is the best solution for the customers, who need quick analysis, high specifications, safety and fair accuracy of element composition identification results in metal production at minimal purchase, commission and operating of the device costs. Applications: - Industrial analytical laboratories of metallurgical and machine-building factories; - Express analysis of alloys while melting at workshops; - Identification of alloy grade at warehouses; - Research institutes and universities. SEOS 02 identifies the composition of iron alloys (all types of steel and cast iron) and nonferrous alloys on any basis (Al, Cu, Zn, Ni, Ti, Mg, Co, Pb, etc.). CCD allows to analyze the whole range of basic elements used in metallurgy, including S, P, C. SEOS 02 measurement accuracy is in accordance with international regulatory documents. Every SEOS 02 spectrometer passes the state verification procedure as a measuring instrument.

IROS 05i is a special FTIR spectrometer designed for work in harsh conditions. This model allows solving a wide range of industrial problems, including process control, with the possibility of online (in situ) monitoring of industrial processes (in reactors or pipelines) both for laboratories and industry facilities. Features: - Completely tight metal case - Ports for connecting external cooler and purging with inert gases to protect and stabilize the optical unit in difficult environmental conditions - Module for connecting fiber optic probes (up to 2 simultaneously) Advantages: - Ability to connect 2 probes, allows working with the device in 2-channel mode, monitoring simultaneously processes taking place in 2 different reaction environments - Control software allows setting flexible routines with continuous analysis and evaluation of data obtained in real-time - Wide range of probes designed for use in corrosive environments, at high pressures and temperature, among others

GAOS MS mass spectrometers provide fast, accurate, and comprehensive gas analysis in real-time. Operational characteristics: - Modular configuration, quick replacement of units for maintenance and repair; - Protective performance according to customer requirements; - Continuous operation 24 hours for 6 to 12 months without servicing the vacuum system; - Automatic algorithm of work with functions of diagnostics, adjustment, calibration and operational control of measurement accuracy. Depending on analytical applications, GAOS MS process mass spectrometers are equipped with various modifications of the sample preparation system. Continuous sampling of the gas probe under conditions: - Temperature up to 1200 °C; - Dust content up to 30 g/m3; - Pressure (10-3÷3) bar; - Presence of condensate, aggressive gases;

Knight Optical can offer you stock and custom mirrors Plane Mirrors (general, λ/1 and λ/4 for use in Spectromters, in a range of materials such as BK7 or equivalent, Quartz, UV Fused Silica and many more. These are customisable to size and coating depending on what you are trying to achieve. All individually QA checked and metrology tested for quality to ensure parts meet customer specification. Supplied in a range of sizes and shapes with custom coatings tailored to meet your individual applications. The mirrors help produce high quality signals and can be coated with a variety of coatings to ensure that the perfect quality image in the wavelength you require is achieved: Plane mirrors are used to transmit the signal from the light source to the receiver in the spectrometer, the higher the specifications of the mirror the better the signal for it to produce a better transmission or reflection curve that it relatively to the sample. For more information read PDF…

Knight Optical can offer you stock and custom lambda/10 mirrors for use in Spectromters, in a range of materials such as BK7 or equivalent, Zerodur, Quartz, UV Fused Silica and many more. Mirrors are made from low expansion glass for optimum stability to maintain the lambda/10 flatness. The mirrors help produce high quality signals and can be coated with a variety of coatings to ensure that the perfect quality image in the wavelength you require is achieved: •Enhanced aluminium 94%R for visible applications. •99.9% dielectric for laser use in visible applications. •UV aluminium for UV applications down to 180nm. •98.5% dielectric for laser use in the NIR applications. •Ion plated silver for NIR-2000nm applications. •Protected gold for 750nm to far infra-red applications Lambda/10 mirrors are used to produce a better quality signal from the mirror, resulting in a higher quality result for transmission. Read PDF for full spec

Knight Optical provide a wide range of optical components present in a spectrometers, specifically mirrors and prisms with a UV Aluminium coating to enable the detection of UV wavelengths from 180nm. UV wavelengths can be hard to detect without the use of this coating and can make results inaccurate. Knight Optical UV Aluminium coating allows wavelengths between 180-650nm to reflection at an average of of 85% which is not achieved with Enhanced Aluminium which cuts on at 400nm and primarily for the visible region and above. The coating can be applied to Prisms and Mirrors, either from stock or custom. It is also worth noting that the coating has a protective layer which improves resistance to scratching and improves durability making it easier to clean. Read PDF for more details

Need to measure the fluorescent properties of a component with your Spectrometer but you feel like something’s missing? Maybe it’s Knight Optical range of Stock Dichroic Filters, ideal for use within Fluorescence Microscopy and Spectroscopy. For Fluorescence Microscopy and Spectroscopy, dichroic filters are used as beam splitters within the microscope system. They are used as an edge filter at a tilted angle of incidence (typically 45°) to direct the illumination of an excitation frequency towards the sample of interest, and then at an analyser to reject the same excitation frequency but passes a particular emission frequency. Dichroic filters offer superior contrast between transmitted and reflected wavelengths; having negligible absorption. Having a dielectric coating they are perfect for high power applications and they do not show the strong fluorescence of certain glass filters. For more information read the PDF

Some variants of the QMG 700 will be discontinued Jan 31, 2018 Exceeding Detection Limits with Superior Stability and Refined Resolution Rapid advancements in semiconductor manufacturing technology rely on swift and dependable gas analysis solutions. In the fab or in the lab, select the INFICON QMG 700 Analytical Mass Spectrometer to break through detection barriers and propel your process to the next level of innovation. The QMG 700 provides unparalleled performance and adaptability in a modular design. Enhance your competitive edge with the QMG 700, and achieve a superior level of measurement capability. Select from a wide range of ion source, mass filter, and RF power supply options, to tailor your QMG 700 to specific applications. The QMG 700 boasts more than nine decades of dynamic range and ppb detection limits, making it the ideal instrument for ultra high vacuum measurements. QMG 700 provides unit resolution across its entire mass range, and even higher resolution for...

THE STANDARD IN GAS ANALYSIS Excellent Performance and Great Value for General Vacuum Applications As manufacturing technologies advance and quality standards change, the need to understand your process and maintain product quality is more important than ever. Transpector MPS can help you optimize your process by monitoring process conditions, detecting contaminants, and checking for leaks. Transpector MPS offers the robust performance of the Transpector brand of RGA at an excellent value for our customers. Transpector MPS is available in both 100 amu and 200 amu versions, which gives you the flexibility of performing a wide variety of functions including general leak detection, vacuum diagnostics, and hydrocarbon analysis. This versatility makes Transpector MPS the sensor of choice for vacuum furnace, heat treating, and vacuum coating applications. (1) at 10% of peak height (2) during an eight hour period, after a half hour warm up; in FC mode only (3) 256 millisecond dwell time

FAST, FIELD-READY PROCESS MONITORING SYSTEM Performance, Reliability, and Versatility INFICON Transpector CPM has been the market-leading Residual Gas Analyzer (RGA) process monitoring system in the semiconductor industry for over a decade. Now Transpector CPM 3 provides industry leading measurement speed and sensitivity through a field proven pumping and inlet system integrated with a new sensor and electronics. Transpector CPM 3 is the ideal RGA process monitor for new and established semiconductor processes such as ALD, CVD, PVD, and Etch. Transpector CPM 3 provides proven return on investment to our partners through: 1 Ion source pressure reading @ low emission using total pressure lens 2 Total pressure accuracy @ low emission 3 Maximum ion source operating pressure @ low emission 4 2x10 -4 Torr in the ion source will produce about 1x10 -5 Torr in the quadrupole region 5 MDPP at the ion source with EM on and 1s dwell time 6 Mass 40 contribution onto 41 AMU 7 Zero blast...

UNLOCK YOUR PROCESS Unparalleled Performance for Increased Yields and Maximum Uptime The ever increasing price of silicon wafers and demand for finished products means that scrapped wafers cost more than ever before. Thus, understanding your process and monitoring for defects has become a much higher priority in semiconductor fabrication centers. The Transpector MPH Gas Analysis System is designed to unlock your process with industry leading performance for all of your gas analysis applications to help maximize chip yields and minimize tool downtime. Combined with a low overall cost of ownership and high mean-time-between-failures, Transpector MPH helps your bottom line more than any other residual gas analyzer (RGA) on the market. INFICON has leveraged its expertise in gas analysis process control equipment to create an RGA with industry-leading data collection speed, minimum detectable partial pressure and signal-to-noise ratio. All this, without sacrificing any of the...

Process Characterization Software For The Transpector Gas Analysis System With one-click access to the two most popular RGA functions: monitor and leak check modes, FabGuard Explorer provides you with easy to interpret data showing the most frequently monitored gases (hydrogen, water vapor, nitrogen, oxygen, argon, etc.) in a convenient trend display. FabGuard Explorer is Windows® 8 ready, providing comprehensive RGA software with no concerns about operating system compatibility. The single-sensor version of FabGuard Explorer is a cost-effective solution to operating one Transpector ® RGA. With the software’s multi-sensor version, you can control multiple, different types of Transpector RGAs from a single computer. FabGuard Explorer allows for control of both Transpector MPH and Transpector 2 RGAs from the same software. For connecting multiple Transpector MPH sensors, INFICON offers routers and network switches, while the TCA485 Transpector Communications Adapter is used for...

TANGO has exactly what users require of an FT-NIR spectrometer suitable for industrial use: robustness, high precision and straightforward operator guidance. • Proven FT-NIR technology by Bruker • Easy-to-use touch screen operation • Automated background management • Robust and precise optics • Direct calibration transfer to and from all Bruker Optics FT-NIR spectrometers Fast measurements for high sample throughput, simultaneous evaluation of different components and an intuitive handling, without need for expertise training: TANGO simplifies the NIR analysis and therefore offers maximum security of the results. It delivers reliable results wherever highest demands are made on raw materials as well as intermediate and finished products and a rapid measurement at low cost must be ensured.

The intuitive, easy-to-use OPUS software controls all data collection and manipulation functions for the MultiRAM. The real-time spectrum display permits software control of the analysis conditions, including optimization of the laser power and the sample position. High Performance Combine advanced digital electronics with Bruker Optics’ high quality optics and you have the ultimate in a high performance FT-Raman system. The heart of the MultiRAM is Bruker Optics’ patented interferometer with gold coated optics and permanent RockSolid alignment, which provides the superb stability and throughput required for demanding emission experiments.

Real-time Endpoint Detection and Leak Detection The INFICON Quantus LP100 Gas Analyzer provides real-time leak detection and endpoint detection for your critical process environments. Many processes are sensitive to leaks or require endpoint detection. The Quantus LP100 is a gas analyzer that is designed to react to small changes in sensitive process environments in real-time so that scrap is minimized and yields are improved.