Used GSI LUMONICS SVS 8200 #77469 for sale

GSI LUMONICS SVS 8200 is a complete PC board assembly and manufacturing equipment designed to provide OEMs with a cost-effective, productivity-oriented automated assembly solution. The system integrates advanced laser sensor technology with a mechanical platform to deploy a highly efficient means of manufacturing and assembly. SVS 8200 is designed to give customers the ability to produce a variety of different electronic components and assemblies, such as circuit boards, connectors, sockets, and relays. The unit also has the capability to inspect and verify the quality of components before, during and after the assembly process. In addition, the machine is equipped with a vision tool that can be used to control part placement and ensure accuracy. GSI LUMONICS SVS 8200 can be equipped with multiple production modes, including high-speed pick-and-place operations, route-business assembly, manual operations, or a combination of the three. The asset also has the capability to use wave-soldering and step-soldering processes, as well as various waveform stitching and flexible foil soldering applications. SVS 8200 allows for fast and efficient rectification of rejection items, ensuring minimal downtime and high output. In addition, GSI LUMONICS SVS 8200 features several data transfer and output features, such as direct installation on the network, self-diagnosis functions and message boards. The model can be customized to meet the requirements of different production styles, and can be used to automatically assemble components and boards with smaller surface area sizes. Overall, SVS 8200 is an advanced PC board assembly and manufacturing equipment designed to provide OEMs with a cost-effective and productivity-oriented automated assembly solution. The system is designed to be fast, flexible and efficient, and can be used in a variety of production modes. GSI LUMONICS SVS 8200 can also be used to quickly and accurately rectify any rejection items, ensuring the highest level of output and minimal downtime.