Spectroscopy

The inVia microscope comprises a research-grade microscope coupled to a high-performance Raman spectrometer. It is simple to operate yet delivers outstanding performance – high signal throughput, combined with high spectral resolution and stability – giving reliable results, for even the most challenging measurements.

The Virsa fibre-optic-coupled Raman analyser allows you to take your spectroscopic analysis away from the confines of the laboratory, and into your sample’s environment. Using LiveTrack focus-tracking technology and Monitor software, the Virsa system can easily perform real-time analysis on samples which are moving (such as those on a production line), have irregular surface profiles, and which are undergoing phase changes.

Renishaw’s inLux SEM Raman interface enables in-situ Raman spectroscopy from within the SEM. The innovative design enables Raman measurements to be performed while the sample is under the SEM beam. This allows simultaneous Raman, photoluminescence (PL) or cathodoluminescence (CL) measurements in combination with SEM imaging. The inLux interface is used without any need to move the sample, even when performing mapping measurements. Available with up to three fibre optic modules comprising two different Raman excitation wavelengths from 405 nm to 785 nm and an optional CL probe.

The RA802 Pharmaceutical analyser is a dedicated high-speed Raman system designed for pharmaceutical analysis. It can generate comprehensive chemical images of sample surfaces in as little as 5 minutes using Renishaw’s unique LiveTrack and StreamLine technologies.

Designed exclusively for the biological community, the system rapidly obtains detailed information on the distribution and amount of biochemical species within biological samples including tissue biopsies, tissue sections and biofluids.

The µSense-N Raman microscope provides the best low cost option for microscopic Raman measurements without sacrificing performance and quality. The system is easy to use and reliable for your routine Raman microscopy applications. It is the most cost effective Raman microscope. µSense-N Raman Microscopes are ideal for various academic, research, and industrial laboratory applications. These Raman microscopes are designed as a low-cost solution for routine Raman Microscopic measurements.

The µSense-Lab High Performance Raman Microscope System provides high performance microscopic Raman measurements at an affordable price. The systems are easy to use and reliable for your routine Raman microscopy applications. The µSense-Lab series Raman Microscopes are ideal for various academic, research, and industrial laboratory applications. These Raman microscopes offer best performance to price ratio for non-confocal Raman microscope.

Raman Microscope M532/785/1064 have unprecedented power and flexibility for a great variety of demands, including rapid and nondestructive analysis and diagnostics in research laboratories across chemistry, pharmaceuticals, biology, material science and geology fields. M785 utilises Raman scattering and photoluminescence while M1064 is adapted for transmission and reflection measurements.

The HYPER-Nova is one of the first StellarElite spectrometers and offers high-performance spectroscopy in a compact form factor. HYPER-Nova spectrometers use a Low Dark Current (LDC) technology to provide lower background noise than is possible with traditional font/back-illuminated detectors. HYPER-Nova’s CCD detector is vacuum sealed and cooled to -60 °C with peak quantum efficiencies up to 95%! The HYPER-Nova comes in a variety of wavelength configurations including specialty configurations for Raman spectroscopy and custom low-light applications.

Quasar-UltraCool spectrometers offer high-performance spectroscopy measurements in a compact form factor. The newest member to the StellarElite line combines high throughput Quasar optics for 10x optical gain and Low Dark Current (LDC) detector technology to provide lower background noise than is possible with traditional font/back-illuminated detectors. Quasar-UltraCool’s CCD detector is vacuum sealed and cooled to -60 °C with peak quantum efficiencies of up to 95%! The Quasar-UltraCool is available in a variety of wavelength configurations including specialty configurations for Raman spectroscopy and custom low-light applications.

The Quasar Spectrometer comes with the new high throughput f/2 optical design for Raman spectroscopy with increased photon collection over 10x! This translates into taking spectroscopic measurements 10x faster, reducing noise, and increasing detection limits.

The EZRaman-N Raman spectrometer features a narrow line-width frequency-stabilised laser. It uses a high-throughput fiber optics probe, and an optically fast (f/1.6) spectrograph with TE cooled CCD detector. The EZRaman-N system is easy to use, with powerful and user-friendly RamanReader software and provides excellent long term reliability with minimal maintenance.

The ProRaman-L features a high sensitivity CCD spectrograph with CCD cooling temperature to -60º C. It features high-throughput laboratory fibre optics probes. Each ProRaman-L system includes a notebook computer pre-loaded with RamanReader software for operation. The excitation laser is available at 532 nm and 785 nm. ProRaman-L instruments are ideal for demanding Raman analysis in academic, research, industrial laboratories and process line requiring an affordable, high performance Raman instrument.

The choice of 532, 785 or 1064 nm Raman Spectrometer System contains everything you need for Raman Spectroscopy and can perform quick identification of a variety of liquid, solid, or powder samples. The System comes with a Ramulaser Raman laser with adjustable power, the Raman-HR-TEC thermo electrically cooled Raman spectrometer for high resolution and high sensitivity, and a Raman probe.

The Virsa fibre-optic-coupled Raman analyser allows you to take your spectroscopic analysis away from the confines of the laboratory, and into your sample’s environment. Using LiveTrack focus-tracking technology and Monitor software, the Virsa system can easily perform real-time analysis on samples which are moving (such as those on a production line), have irregular surface profiles, and which are undergoing phase changes.

The EZRaman-I Series are high-sensitivity field portable Raman instruments suitable for laboratory and/or field analysis. The EZRaman-I spectrometer features a highly sensitive spectrograph with CCD cooled to -50ºC. It also includes a high-throughput laboratory fibre optics probe. This tools is ideal for demanding onsite Raman identification, chemical process monitoring in the lab, and many academic, research, industrial applications.

The StellarCASE-Raman produces near instantaneous results on your screen with a click of the analyse button. Most Raman analysis involves sending your samples to a laboratory and waiting for your results. The StellarCASE-Raman allows you to bring your lab to your sample. The system uses low cost, rugged spectrometers with diode array technology and can take your spectral scans in seconds. With a Rugged Case Raman System for “Open & Measure” Applications the system includes a high performance Raman spectrometer, high power laser, and vial holder.

EnSpectr R532 is a unique instrument that combines the advantage of a portable probe system with the performance of a highly specified laboratory instrument. It is the perfect choice for Raman analyses where high quality data is essential. Real-time and accurate identification of an unknown substance occurs by comparing its unique Raman spectrum of molecular vibrations (molecular “fingerprint”) to Raman spectra of reference substances stored in a spectral database. R532 identifies through walls of sealed bags, transparent bottles, vials, and ampoules. The ease of use, single-hand operation, small size and weight of R532 allows testing chemical substances at the point of receipt, use, or delivery.

EnSpectr R1064 is a unique instrument that enables to obtain Raman spectra in those applications where the Raman scattering signal is largely exceeded by fluorescence. With EnSpectr R1064 you can easily analyse gas, oils, dyes, paints, organic substances, etc. EnSpectr R1064 is now the only portable device on the market which can see the water Raman line using a 1064 nm laser owing to its record wide spectral range. This makes it a comprehensive tool for analysis of liquids through transparent and semitransparent packaging.

IR-neaSCOPE+s is designed for providing complete chemical analysis and field mapping at 10 nm spatial resolution. It utilises state-of-the-art technologies of near-field microscopy to measure both IR absorption and reflectivity, as well as amplitude and phase of local electromagnetic fields. It provides IR nanoimaging, point-spectroscopy and hyperspectral analysis with CW illumination sources as well as nano-FTIR spectroscopy using broadband lasers and synchrotron sources.

StellarNet’s high performance RED-Wave NIR Spectrometers cover the NIR wavelength range from 900-2500 μm in one unit. The spectrometers are exceptionally robust with no moving parts and are packaged in a small, rugged metal enclosure (2.75” x 4” x 6”) ideal for portable processes, and lab applications.

The StellarNet BLUE-Wave miniature spectrometers are fibre optically coupled instruments with a wide selection of models for measurements in 200-1150 nm wavelength ranges. Various models are available with a choice of grating range and slit resolutions.

The StellarNet GREEN-Wave miniature spectrometers are cost-effective, fibre optically coupled instruments with a wide selection of standard models for measurements in 350-1150 nm wavelength ranges.

StellarNet BLACK-Comet research grade concave grating spectrometers deliver high performance for spectroscopy applications in the UV-VIS wavelength ranges covering 190-850 nm (model C), or optionally 280-900 nm (model CXR).

The StellarNet DWARF-Star NIR spectrometers are fibre optically coupled instruments with a wide selection of models for measurements in the 900-1700 nm wavelength range achieving resolving resolutions down to 1.25 nm.

The SILVER-Nova is the most well-rounded spectrometer choice allowing research grade results for numerous spectroscopic applications over the 190-1110 nm wavelength range.

HR-X Hi-Res Spectrometer Series comprise StellarNet’s highest resolution spectrometers, with numerous modes available to cover the UV, VIS, and NIR wavelength ranges.

The StellarRAD Series 3 is a rugged, turn-key solution for portable light measurement. This handheld radiometer is an easy-to-use research-grade spectrometer for field testing of lights with no additional setup required.

FT-NIR (Near-infrared) fibred spectrometers. Range 900 nm-2500 nm (4,000-11,000 cm-1).

The FTIR Rocket can be used for free-space measurement, or alternatively for fibred applications thanks to a removable fibre adapter (included). The ARCoptix FT-MIR “Rocket” offers high resolution and sensitivity thanks to its 4 stage thermoelectrically cooled MCT (Mercury-Cadmium-Telluride) detector.

The ARCoptix VIS-NIR-FIB is an ultra-broadband spectrometer designed for use with fibred probes over the complete VIS & NIR spectral range (350-2500 nm).

NEW!

The StellarSCOPE and StellarSCOPE-AM Systems allows users to couple their favourite StellarNet spectrometer systems to a microscope. This enables users to perform Raman, Fluorescence, Film Metrology, & CIELAB colour measurements on a micro spot and capture high-resolution images, video, and time-lapse video of their samples. The new StellarSCOPE-AM allows for Auto-Mapping using the new StellarPro spectrometer application software.

The 2030PV PRO microspectrophotometer combines the latest technologies to allow the user to measure UV-visible-NIR range transmission, absorbance, reflectance, emission and photoluminescent microspectra of sample areas smaller than a micron across.

FLEX PRO from CRAIC is a full-featured yet flexibly configured instrument that incorporates UV-visible-NIR optics, spectrophotometers digital imaging, and software.

The 508 PV microscope spectrophotometer adds spectroscopy and digital colour imaging to your optical microscope or probe station. It can also be used to upgrade an older microspectrometer with cutting edge optics, electronics and software.

The inVia microscope comprises a research-grade microscope coupled to a high-performance Raman spectrometer. It is simple to operate yet delivers outstanding performance – high signal throughput, combined with high spectral resolution and stability – giving reliable results, for even the most challenging measurements.

EnSpectr L405 sets new records at Blue-Violet wavelengths. It is a unique luminescent analyser that combines highest resolution and superior sensitivity in a compact design. EnSpectr L405 is based on the proprietary technology developed by Enhanced Spectrometry for demanding measurement tasks in scientific research as well as industrial applications.

The professional EnSpectr L365 Spectrometer is a low-cost miniature device for spectral analysis that offers a quick and simple solution to the problem of detecting colourless natural diamonds.

The Mini PL 110 is a miniature instrument employing a scanning monochromator with detector with gated boxcar integrator and averager with a nearly 7-decade dynamic range. Measurement of photoluminescence (PL) spectra from wide bandgap semiconductor materials is an important characterisation method and is widely accepted. These measurements are important both for research, device characterisation, and manufacturing process monitoring and control.

TUCS 1000 is a handheld instrument for providing detection of laser based detection of trace chemical in the fg amount or pg/cm² concentration range using deep UV fluorescence with excitation at 224.3 nm or 248.6 nm. TUCS 1000 is designed to be employed as sensitive, in-situ, autonomous, industrial or environmental monitors. The sensors developed by Photon Systems operate in the deep ultraviolet to enhance their sensitivity and specificity in identifying certain molecular structures such as organic molecules and well as other molecules that are optimally excited in the UV to emit fluorescence and Raman.