Hamilton Company specializes in the development, manufacturing, and customization of precision measurement devices, automated liquid handling workstations, and sample management systems. Hamilton’s processes are optimized for quality and flexibility. Whether it’s a custom needle with a quick delivery timeframe, a special length pH sensor, or a comprehensive solution to fully automate your assay workflow, trust that Hamilton’s products will always meet your needs.
Many of the world’s top manufacturers utilize Hamilton products and expertise to get their innovations to market faster with lower development and manufacturing costs. As an OEM partner, we offer the ability to integrate our proven syringe pumps or pipetting channels, customize our proven liquid handling platforms, or design a complete system to automate your novel chemistry.
Wire Cut Company Inc. specializes in difficult and unusual metal components combining EDM and CNC machining. The company has almost unlimited capabilities to handle any application in EDM machining. With more than 30 years of experience in the aerospace, medical, and semiconductor markets, Wire... Read More
The Hamilton syringe pumps are typically used in liquid-filled sub-system applications to precisely transfer samples and reagents, do bulk dispensing and enable processes where accurate dispenses are a must. Two important qualities of syringe pumps are that they positively displace liquid and... Read more
Take full command of your diluting and dispensing applications with the Microlab 600 standalone syringe pump. With ethernet and RS-232 communication capabilities, the standalone syringe pump allows you to custom program methods and deploy commands to any instrument on your network from anywhere... Read more
With Clark Hamilton’s invention of the MicroliterTM syringe, Hamilton Company has been designing and crafting the finest precision fluid measuring devices since 1953. Top quality materials and skilled workmanship ensure Hamilton syringes consistently deliver the highest possible performance for... Read more