Used SIEMENS Siplace S23 HM #9213610 for sale

SIEMENS Siplace S23 HM is a PC board assembly and manufacturing equipment designed to provide high performance and high quality in the production of electronic assemblies. The system is powered by the Siplace software, which is designed to automate the production process and provide real-time visibility and analysis. The S23 HM offers modular multi-level conveyor unit, which provides high speed and efficient production. The multi-level conveyor machine is capable of processing up to 50 boards in under 12 minutes, allowing for high speed optimization and producing assemblies of higher quality. The tool is also equipped with an open-ended feeder, providing quick and easy loading and unloading of components. With the open-ended feeder, users can quickly and easily make changes to their production line and optimize their process. The asset is equipped with the Siplace Conveyor Set-up station, which provides automated management for multi-step production processes. This model allows users to easily design, monitor and manage their production process, controlling the loading and unloading of boards, placing an orientation guide and setting a board rotation angle. The equipment also eliminates manual handling of components, as it is designed to detect and classify components in order to facilitate efficient assembly. The system also offers users a flexible and user-friendly interface, meaning it is easy to interact with the unit and change settings, designs and production lines quickly. The machine also incorporates intelligent markers, which can be used to identify boards and defective boards, enabling improved traceability and rapid analysis. Overall, Siplace S23 HM is a PC board assembly and manufacturing tool designed to provide a streamlined, efficient and automated production process for higher yields and faster cycle times. With its modular design and flexible software, the asset is well equipped to keep up with the demands of today's tech-driven production process and provide users with higher quality and higher yields.