The Spectrum 400 FTIR/FTFIR is a dual-range spectrometer that combines mid-infrared (IR) and far-infrared (FIR) spectroscopy in a single instrument. With automatic beamsplitter changeover, it offers flexible performance for advanced research and industrial laboratories.
JPK Instruments has released its ForceRobot system to automate force spectroscopy.
PerkinElmer has released a Universal Attenuated Total Reflection (ATR) polarisation accessory, designed to offer users the benefits of combining infrared spectroscopy with a polariser. Polarised measurements provide additional information on the molecular structure of a sample, particularly the crystal or molecular orientation, and help in the accurate characterisation of materials.
The Aurora nephelometer is designed for use in backscatter global warming studies. It allows the analysis of aerosols by measuring their backscattering effect on light.
The PowerWave microplate spectrophotometers combine a monochromator-based optical system with hardware and software features designed to meet a variety of microplate-based applications. The readers allow the user to either scan across selected wavelengths or select a discrete wavelength (in 1 nm increments) across the UV-Vis range.
PerkinElmer has announced the Optima 7000 series of inductively coupled plasma-optical emissions spectrophotometers (ICP-OES). The family is designed for best-in-class inorganic analysis and is used in a variety of markets, including environmental, geochemical, product testing and biofuels.
The T60 New Century is a dual-beam UV/vis spectrophotometer with a fixed slit of 2 nm and a wavelength range of 190-1100 nm.
Scientists at the US Department of Energy's Argonne National Laboratory have devised a 'next generation' X-ray light source — the free electron laser oscillator (X-FELO) — that is many times brighter than current X-ray technologies.
The Scinco SD-1000 UV/vis spectrophotometer combines the features of a Windows PC with those of a double-beam scanning UV/vis spectrophotometer
As a tool, conventional mass spectrometry is a good method for differentiating between proteins with different masses. However, as different folded forms of a particular protein have identical masses, it is virtually impossible to differentiate them by conventional means. That's where the Waters Synapt HDMS system and its embedded ion mobility technology can help.
Physicists at NIST-Boulder have carried out a powerful new spectroscopic study of a gas sample using optical frequency combs.
Scientists have made a development that could improve the detecting and sensing of objects ranging from biological cell abnormalities to explosives.
BEST Lab Instrumentation has announced a range of high-performance, visible and UV visible range spectrophotometers.
The U2800 UV-Vis double beam spectrophotometer features a self-diagnostic function, 1.5 nm spectral bandwidth and LCD display with backlight.
Quantum Scientific has released the Shimadzu BioSpec-mini spectrophotometer that comes standard with a spectrum mode allowing for full spectral data acquisition over the wavelength range of 190 to 1100 nm.