Mercury Biosciences Inc

Livermore Instruments Inc., based in Oakland, CA, specializes in advanced aerosol analysis technology, having developed the SPAMS 3.0 Single Particle Aerosol Mass Spectrometer. Founded in 2008 as a spin-off from Lawrence Livermore National Laboratory, the company focuses on applying innovative aerosol analysis solutions to nontraditional fields, supported by over fifteen years of research and development investment. The SPAMS 3.0 instrument is capable of real-time data collection and analysis of aerosol particles ranging from 0.1 to 12 microns, making it effective in various challenging environments. With a patented tracking system, the instrument maintains high operational efficiency, even in demanding conditions, affirming its reliability in field applications. Generated from the website

Xia LLC is a technology company based in Oakland, CA, specializing in the development and sales of applications, products, and articles. With a global presence, they have international sales offices in China, India, Europe, and Japan, catering to a wide range of clients. Committed to innovation and customer support, Xia LLC offers cutting-edge solutions and maintains partnerships with reputable companies worldwide, ensuring the highest quality standards in their offerings.Generated from the website

SmarAct Inc, headquartered in Berkeley, California, specializes in advanced positioning systems and motion technologies, catering to diverse industries such as life sciences, materials science, and semiconductor automation. Their innovative product range includes piezo-driven flexure stages, modular automation platforms, and high-precision metrology instruments designed to meet the needs of research facilities and industrial applications worldwide. With a strong focus on product innovation and engineering services, SmarAct is dedicated to providing solutions that enhance automation and precision in microassembly and positioning. Their offerings also encompass a variety of environment-specific systems, ensuring optimal performance in demanding conditions such as cryogenics and high-vacuum environments. Generated from the website