Bruker’s Hysitron BioSoft In-Situ Indenter is a first-of-its-kind instrument specifically designed for multiscale quantitative mechanical testing of biological materials and soft matter, such as hydrogels. BioSoft synchronizes powerful mechanical and optical characterization techniques to achieve a comprehensive understanding of the mechanics of biomaterials. This portable system integrates with existing inverted optical microscopes to bring advanced biomechanical testing capabilities into your laboratory.
Bruker’s Hysitron IntraSpect 360 brings quantitative mechanical property characterization to X-Ray microscopes (XRM) and beamlines. This unique system can be used to perform a variety of mechanical tests such as indentation, compression, fatigue, and bending, which can then be correlated to 2D or 3D images from the host microscope.
CryoSAS combines Bruker’s high performance FT-IR 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 MATRIX II-MG Series comprises four high-performance FT-IR gas analyzers in a compact and rugged housing. They are designed for the automated, high precision and real-time monitoring of gas concentrations in many different applications. Whatever application you have in mind, you can configure the system to your needs:
A variety of different detector types are available for your needs: detectors with exceptional sensitivity (liquid-nitrogen- or Stirling-cooled MCT), detectors with extended spectral range (DLaTGS) or detectors when liquid nitrogen is unavailable but low detection limits are yet required (TE-MCT).
Drug checking, or harm prevention , uses Fourier-Transform Infrared (FT-IR) Spectroscopy to analyze recreational drugs. This helps drug users identify harmful additives and impurities, ultimately promoting safer drug consumption by providing critical composition information. Overall, FT-IR enables rapid and accurate substance analysis for harm reduction.
The HyperFlux™ is a high-performance Raman spectroscopy system designed for both laboratory and process development environments. Leveraging our patented High Throughput Virtual Slit (HTVS™) technology, the HyperFlux™ offers industry-leading sensitivity, faster measurement speeds, and lower limits of detection—empowering better decision-making with real-time, non-destructive analysis. The HTVS™ design of the HyperFlux™ provides up to 30x higher signal intensity compared to conventional Raman spectrometers, without sacrificing spectral resolution. The result: more precise chemometric models, lower laser power requirements, and improved system safety—all in a rugged, compact form factor.
Bruker is a manufacturer of class-leading Raman process spectrometers and accessories, which exceed the highest levels of certification by various governing bodies.
The SuperFlux™ Raman spectrometer delivers powerful performance in a compact benchtop form factor. Designed for laboratory-scale and light industrial process use, the SuperFlux™ combines speed, sensitivity, and affordability in a standalone analyzer that’s easy to deploy and operate. Powered by Tornado’s proprietary High Throughput Virtual Slit (HTVS™) technology, SuperFlux™ achieves 10x to 30x higher Raman signal intensity than conventional slit-based spectrometers—enabling faster measurements, enhanced chemometric precision, and lower detection limits. Whether you’re doing QA/QC, R&D, or monitoring small-scale production, the SuperFlux™ is a reliable and cost-effective solution for real-time, non-destructive chemical analysis.
