Used SIEMENS Siplace S27 HM #166247 for sale

SIEMENS Siplace S27 HM is a PC board assembly and manufacturing equipment designed for high-performance production of medium-to-high complexity PCBs. Equipped with a fast loading system ROTEM and a fully automatic high storage magazine, this state-of-the-art unit is capable of the fastest SMT pick-and-place in its class. With an impressive throughput rate of up to 300 components per minute, you get to assemble high-quality boards in no time. SIEMENS SIPLACE S27HM features two SIEMENS linear motors on its X and Y axes, providing a highly precise motion with maximum torque for fast acceleration, plus a fast-acting z-axis for greater accuracy. This high-performance motion control machine is driven by an onboard LINUX-based operating tool, making the software setup and maintenance process simple and efficient. SIPLACE S 27HM is compatible with board loads up to 433 x 600 mm, and can easily accommodate multiple components including BGA devices and connectors. SIEMENS SIPLACE S 27HM boasts a comprehensive user-friendly interface, with 6.5-inch color touchscreen that provides a clear overview of all process operations. You also have access to intuitive menus, data management tools, and traceable production logs, which enable faster setup and improved efficiency. The asset is designed to allow quick and thourough maintenance and repair. On top of that, the Siplace S 27 HM also allows superior placement accuracy on a technical and aesthetic level. With a 3D vision model and a built-in laser for precision alignment, you can ensure minimum offset and micro-mechanical placement accuracy with zero tolerance for errors. The equipment is also capable of performing automatic centering of components, with a four-position rotary-axis system for more complicated cases. Overall, Siplace S27 HM is a powerful and reliable production solution for the modern PCB maker. With its high throughput, accurate motion control, and extensive vision unit, this machine is the perfect choice for faster and more reliable production of medium-to-high complexity PCBs.