The PR-1w Palmtop Raman spectrometer is a palm-sized Raman spectrometer that contains a 785 nm laser, spectrometer, and detector in a compact housing. Compared to micro-Raman instruments, the PR-1w is a user-friendly Raman spectrometer that everyone can use immediately after delivery. Measurements can be performed in a few steps without the need to set detailed parameter settings. It can be installed in a variety of locations, and various measurement layouts, such as in-line and in-situ measurement, can be obtained. With a rich lineup of optional analysis tools, you can freely perform not only measurement, but also various types of analyses. The PR-1w has wide spectral range 200 – 3000 cm-1 with 3 cm-1 per pixel resolution that can be used for non-destructive analysis of solids, powders and liquids, including the contents of transparent bags, vials and cuvettes for qualitative and quantitative analysis.

The RMP-500 Series ‘field-rugged’ probe Raman spectrometer with a robust optical design and tolerance to being transported. The spectral performance (2 cm-1) is comparable to that of a conventional high resolution bench-top Raman system and offers many of the same features, such as interchangeable gratings for selecting wave number range and spectral resolution. Spectra Manager™ Suite simplifies data collection and analysis, and can be used with the optional KnowItAll® Informatics for library searching and user sample database creation.

The performance and functions expected on a micro-Raman spectrometer are all provided with the NRS-5500/7500 Raman spectrometers, assuring consistent performance for rapid acquisition of high quality data with automated system control and minimal optical adjustments. For application expansion, an automated multi-grating turret, up to 2 detectors and a maximum of 8 lasers ranging from the UV through the NIR are capable of integration with the instrument system, all optical components are PC controlled for maximum flexibility with minimum user interaction.

Dispersive Raman spectroscopy is quickly becoming the analytical technique of choice for a wide range of micro-analysis and the material characterization, as it offers greater spatial resolution and simpler sample preparation compared to FTIR Microscopy. JASCO has developed the next generation NRS-4500 that allows researchers of all skill levels to harness the power of Raman with unparalleled speed and sensitivity. With a variety of functions designed to automatically optimize the optical system, the users no longer face the challenges with optical and measurement adjustments, and can focus on obtaining results. The NRS-4500 combines usability and high performance, expanding potential applications of Raman in fields from QA/QC to teaching and cutting-edge research.

IRT-1000X sample compartment microscopy system is designed to provide affordable analysis of microscopic samples with the high performance features of an external FTIR microscope accessory. IRT-1000X offers unprecedented convenience and ease of use, compatible with the JASCO FT/IR- 4X, 6X and 8X FTIR instruments. The microscope accessory installs into the spectrometer sample compartment in seconds without optical alignment. The state-of-the-art optical design guarantees high throughput for highly sensitive measurements of samples approaching 20 μm.

IRT-5X IR microscope is a comprehensive, versatile and productive system capable of measurement with high optical and spatial resolution. Using this system, many of the functions that are available at the microscopic level can be used to make powerful measurements at the microscopic level. IRT-5X is extremely useful for materials identification and imaging analysis to identify components and their distribution in complex matrices. IRT-5X offers the enhanced functions: “Observation”, “Measurement” and “Usability”, providing new innovations in micro IR measurement.

The VIR series FT-IR spectrometers are designed with flexibility in mind, providing various configurations for the laboratory, the field and customized applications. For even greater flexibility, external connection optics allows the user to install up to three different attachments in one system, selecting the most appropriate application accessory by simply switching the PC controlled optical configuration. A further extension of application capabilities can be achieved by integrating the universal optical base to configure a freely customized configuration by simply placing optimized optical components and sample holders onto the base. Thus even a large sample or an attachment which cannot fit in a standard sample compartment can now be utilized without compromise.

The FT/lR-6X and FT/lR-8X spectrometers offer a highly configurable optical system applicable to virtually any FTIR application, from simple Mid IR measurement to more complex analysis in the farthest reaches of the electromagnetic spectrum. Research-based measurements are easily performed on the FT/lR-6X or FT/lR-8X spectrometers with options such as full-vacuum, gold-coated optics, rapid & step scan and FT-Raman for more advanced experiments. Exchangeable elements combined with full automation can be used for spectral measurement from 25,000 cm-1 to less than 20 cm-1 without touching the system. The FT/lR-6X and FT/lR-8X spectrometers are compatible with a range of vacuum and configurable emission ports to perform experiments outside the sample compartment, and are also compatible with our comprehensive range of IR microscopes.

JASCO has its roots in the Institute of Optics – Tokyo University of Education which developed Japan’s first infrared spectrophotometer, Model DS-101, in 1954. Since the establishment of the company in 1958, we have inherited the spirit of our predecessors in infrared spectrophotometry and have completed the FT/IR-4X as the culmination of our work. The size is only 386 (W) × 479 (D) mm, and we have also achieved a 30 % reduction in power consumption compared to conventional models. It is research-grade in performance, functionality and expandability, and supports high resolution, high S/N, high sensitivity detectors, extending measurement wavenumber, microscopy with linear array detector, and rapid scan. The sample compartment is 200 mm wide, the same width as that of a large model, and can accommodate conventional accessories, including those from third parties.

Quantum Design's patented high-symmetry SQUID design and electronics provide the most rugged and sensitive all-thin-film sensors commercially available, and give you everything you need to configure flexible, powerful detection systems for your research. These sensors can easily withstand the rigors of a laboratory environment such as repeated temperature cycling. Their robust performance offers a level of reliability and adaptability that has earned QD a worldwide reputation as the SQUID of choice. OEM services are also available for special commercial applications.

AFSEM nano is an atomic force microscope (AFM), designed for integration in a SEM or Dualbeam (SEM/FIB) microscope. Its open access design allows you to simultaneously operate SEM and AFM inside the SEM vacuum chamber. The correlated image data of AFM and SEM enable unique characterization of your sample, and the combination of complementary techniques is a key success factor for gaining new insights into the micro and nano worlds. AFSEM nano enables you to easily combine two of the most powerful analysis techniques to greatly extend your correlative microscopy and analysis possibilities. AFSEM nano lets you simultaneously image your sample with high resolution, create true 3D-topography representations, and accurately measure heights, distances and even material properties, all while maintaining the large SEM field of view to position your AFSEM nano cantilever exactly where you want it. The powerful AFSEM nano control software allows for optimized and intuitive measuring, system handling, and data analysis. For product or material analysis, it is often desirable to analyze a sample with multiple techniques and look for correlations between parameters. For imaging techniques like SEM and AFM this means one should make sure to analyze the exact same area. What easier way for correlative SEM-AFM analysis than performing the AFM measurement directly inside the SEM?

Quantum Design’s PPMS VersaLab is a portable, cryogen-free cryocooler-based material characterization platform. With a temperature range of 50 – 400 K, this 3 tesla platform is perfect for accomplishing many types of materials characterization in a limited space. As with all Quantum Design instruments, the PPMS VersaLab is a fully automated turnkey system with a user-friendly interface. It is specifically designed for material characterization up to 3 tesla and over a wide temperature range without the need of liquid cryogens or high power infrastructure. This makes the PPMS VersaLab perfect for small laboratories where space is at a premium, as well as educational labs that might not have the full facilities of major laboratories.

The Quantum Design PPMS represents a unique concept in laboratory equipment: an open architecture, variable temperature-field system, designed to perform a variety of automated measurements. Available measurement options include all required hardware and electronics to immediately begin collecting publication-quality data, while the system is also easily adapted to custom user experiments. Sample environment controls include fields up to ±16 T and a temperature range of 1.9 - 400 K. The expandable design enables combining many features in one instrument to make the PPMS the most versatile system of its kind.

Quantum Design's MPMS 3 represents the culmination of 40 years of development and design in the world of SQUID Magnetometry. Providing users with the sensitivity of a SQUID (Superconducting QUantum Interference Device) magnetometer and the choice of multiple measurement modes, the MPMS 3 offers new levels of performance in magnetic research while including those aspects of past Quantum Design SQUID magnetometers that customers have grown to appreciate and depend on. The MPMS 3 incorporates major advances in data acquisition, temperature control and magnetic field control with ≤10-8 emu sensitivity. The award- winning design of Quantum Design's MPMS 3 also provides expanded software functionality within its user-friendly MultiVu interface. Combining the highest level of system performance with the possibility of using all previously available MPMS measurement options, the Quantum Design MPMS 3 truly represents the next generation of advanced SQUID magnetometry.

The popular Physical Property Measurement System (PPMS) from Quantum Design is now available in a truly cryogen-free package. The PPMS DynaCool uses a single two-stage Pulse Tube cooler to cool both the superconducting magnet and the temperature control system, providing a low vibration environment for sample measurements. It offers continuous low temperature control and precise field and temperature sweep modes. The PPMS DynaCool also comes standard with an integrated cryopump, which makes it compatible with all available PPMS measurement options, or any other user-designed experiments, right out of the box!

The NRS-5000/7000 series represents a line of research-grade, confocal Raman microscopes designed for high-performance applications. These instruments are built for exceptional spectral and spatial resolution and can be configured with up to eight lasers, ranging from the UV to the NIR, to optimize measurements for different samples and minimize fluorescence. The system is fully automated, allowing for software control of laser and grating selection, alignment, and calibration. It features advanced imaging capabilities for rapid, high-resolution 2D and 3D mapping of samples. The entire system is enclosed in a Class 1 laser-safe housing.

The NRS-4500 is a benchtop, confocal Raman microscope designed for a wide range of applications, from routine quality control to advanced research. The system is built on a rigid optical bench and features a fully automated design, allowing software control for switching between up to three internal lasers (with a range of available wavelengths from 457 nm to 1064 nm), four gratings, and rejection filters. It is equipped with an automated XYZ stage for high-resolution confocal imaging and 3D mapping with a spatial resolution down to 1 µm. The instrument can be used for both micro and macro measurements and is controlled by a comprehensive software suite that includes tools for fluorescence rejection, automated sample searching based on image analysis, and extensive data processing.

The FT/IR-4X is a powerful, benchtop Fourier Transform Infrared (FTIR) spectrometer designed for a wide range of applications, from routine analysis to research. It features a compact design but maintains a large sample compartment compatible with numerous accessories, including various ATR, transmission, and reflection sample holders. Key features include a sealed interferometer with non-hygroscopic KRS-5 windows, a temperature-controlled DLaTGS detector, a high-output ceramic source, and permanently aligned corner-cube mirrors for stability. The standard instrument measures in the mid-IR range (7800 to 350 cm⁻¹), but can be optionally configured for NIR and Far-IR applications. It is also compatible with FTIR microscope attachments for micro-analysis.

The si255 features a high power, low noise, ultra-wide swept wavelength laser with guaranteed absolute accuracy on every scan, which is realized with Micron Optics patented Fiber Fabry-Perot filter and wavelength reference technology. The HYPERION platform features groundbreaking capabilities including on-board, high-performance DSP and real-time FPGA processing. This enables rapid, full-spectrum data acquisition and flexible peak detect algorithms of Fiber Bragg Gratings (FBG), Long Period Gratings (LPGs), Fabry-Perot (FP) and Mach-Zehnder (MZ) sensors. The HYPERION platform is compatible with the ENLIGHT Sensing Analysis Software, which provides an integrated suite of tools for data acquisition, computation and analysis of optical sensor networks, and also includes a comprehensive Application Programming Interface (API)

The si155 features a high power, low noise, ultra wide swept wavelength laser with guaranteed absolute accuracy on every scan, which is realized with Micron Optics patented Fiber Fabry-Perot filter and wavelength reference technology. The HYPERION platform features groundbreaking capabilities including on-board, high-performance DSP and real-time FPGA processing. This enables rapid, full-spectrum data acquisition and flexible peak detect algorithms of Fiber Bragg Gratings (FBGs), Long Period Gratings (LPGs), Fabry-Perot (FP) and Mach-Zehnder (MZ) sensors. The HYPERION platform is compatible with the ENLIGHT Sensing Analysis Software, which provides an integrated suite of tools for data acquisition, computation and analysis of optical sensor networks, and also includes a comprehensive Application Programming Interface (API)