Skyray Instrument Inc

Skyray Instrument Inc., established in 1992 and located in Quincy, MA, has established itself as a leader in scientific innovation by developing high-tech, high-precision analytical equipment and instrumentation for global markets. With over 20 years of continuous innovation, the company has achieved significant breakthroughs in various analytical methods including X-ray Fluorescence Spectrometry (XRF), Gas Chromatography (GC), and Inductively Coupled Plasma Spectrometry (ICP). The company offers a range of advanced products, such as the Pocket III XRF, Genius XRF, and the XRD8000 X-Ray Diffractometer, aimed at providing highly precise, low-cost, and rapid analytical results. With a strong focus on technological advancement, Skyray Instrument holds over 50 patents in the XRF industry, delivering some of the most precise equipment including the latest Ultra High Resolution Detector (UHRD). Generated from the website

Cambridge Viscosity, Inc. in Dorchester specializes in designing and manufacturing lab and process viscometers that prioritize simplicity, accuracy, and repeatability. Their viscometers are known for their reliability in extreme operating environments, making them a trusted choice for industries requiring precise viscosity measurements. Generated from their website's infomation

Ion Optix Corp is a leading provider of life science instrumentation and cardiovascular research instruments, offering innovative solutions for high-speed quantitative fluorescence, muscle mechanics, and tissue engineering. Committed to supporting preclinical researchers worldwide, Ion Optix specializes in precision instrumentation optimized for studying isolated cardiomyocytes, muscle tissue, blood vessels, and tissue culture. With a focus on empowering researchers, Ion Optix continues to drive better science through its range of products and resources. Renowned for user-friendly software and robust equipment, Ion Optix has garnered praise from scientists globally for its exceptional customer support and dedication to advancing cellular and tissue mechanics research.Generated from the website