Spectroscopy enables researchers to identify chemical compounds, determine molecular structures, and understand fundamental properties of samples through the analysis of absorption, emission, or scattering of light or other forms of radiation. From infrared (IR spectroscopy) to ultraviolet (UV-visible spectroscopy) wavelengths, spectroscopy plays a vital role in various scientific fields. Explore how spectroscopy drives innovation and discovery across diverse research areas.
With integrated chemistry, software and instrumentation protocols, Benchtop Systems provide research and development teams in the pharmaceutical, chemical and consumer products industries with standard configurations and applications designed to accelerate R&D while reducing costs. The Benchtop System won the 2007 ALA New Product Award Designation at LabAutomation2007! Symyx Benchtop Systems applications currently available in…
8 nm bandwith, Visible single beam spectrophotometer, for fast, reliable and easy measurements.
Multi lingual, 4 nm bandwith, spectrophotometer, for fast, reliable and easy measurements.
Multi lingual, 4 nm bandwith, spectrophotometer, for fast, reliable and easy measurements.
Multi lingual, 1.8 nm bandwith, spectrophotometer, for fast, reliable and easy measurements.
Can be configured to optimally deal with most varied NMR requirements. Options include: gradient-assisted spectroscopy, high resolution MAS, LC-NMR, automatic sample changers, accurate variable temperature control and high-performance rf modulators.
Fully automatic, temperature controlled refractometer. Measures refractive index, Brix
The MAT 253 stable isotope ratio mass spectrometer system delivers the highest sensitivity and the highest precision for the determination of isotope ratios. The MAT 253 provides a flexible and open platform for the connection of inlet systems and preparation devices. The ISODAT NT isotope data systems ensures easy set up, tuning and fully automatic operation.
A unique mass analyzer combining the simplicity of MALDI, the power of MSn and accuracy and resolution of TOF for the next generation of structural analysis problems. It can be used to determine protein sequences, proteoglycans, carbohydrates, phosphorylation sites and posttranslational modifications. The AXIMA-QIT™ is designed for the structural characterization of biomolecules, not just mass measurement. It is a unique hybri…
