Used THERMO FISHER SCIENTIFIC / SHANDON Matrix WellMate #9000910 for sale

THERMO FISHER SCIENTIFIC / SHANDON Matrix WellMate is a high-speed, precision, pc board assembly and manufacturing system. It consists of 3 modules; a pick-and-place unit, a soldering unit and an end-of-line testing unit. The pick-and-place unit is capable of assembling up to 600 components per hour from 0402 size to BGA and CSP packages. The soldering unit uses a high-frequency, laser based soldering technology to ensure accurate and repeatable results. The end-of-line testing unit is equipped with a quality assurance laser scanner, a digital multimeter, a vision system, and a specialized test fixture to ensure full compliance with quality standards. The entire system is decentralized, meaning components no longer need to be manually placed, resulting in increased production speed, accuracy and quality. SHANDON Matrix WellMate can handle a wide range of boards and components due to its adept handling of multiple flux types and solder thicknesses. Additionally, it also ensures easy setup and maintenance with its user-friendly interface and trays designed for quick material changeovers. THERMO FISHER SCIENTIFIC Matrix WellMate is incredibly reliable as well; it is suitable for short run and high-mix applications, as well as for long-term manufacturing. The pick-and-place unit comes with two feeder configurations that can be easily adjusted to accommodate different materials, while the higher-end models feature an automated centering device that ensures reliable and precise handling. The soldering unit comes with a range of soldering profiles that can be adjusted depending on the components and flux type. The end-of-line testing unit is also equipped with advanced diagnostics tools that allow for quick and efficient troubleshooting. Overall, Matrix WellMate is an efficient and reliable solution for any pc board assembly and manufacturing process. It is designed for maximum efficiency, speed and accuracy, while its user-friendly interface makes implementation and maintenance easy. With its decentralized architecture, components are no longer needed to be manually placed, resulting in improved production speeds and quality.