Used SIEMENS Siplace S27 HM #9375751 for sale

SIEMENS Siplace S27 HM is an advanced and user-friendly pick and place machine for circuit board assembly and manufacturing. It's designed to fill the gap between traditional manual pick-and-place machines and more large-scale automated machines. It features a sophisticated placement head with dual-axis servo drives for high-accuracy placement of even the most challenging components. SIEMENS SIPLACE S27HM is capable of placing components on the circuit boards at a rate of up to 27,000 components per hour on a single visual line. The onboard sensor can reliably detect any component placement, with an accuracy of up to 0.05 mm per placement. Its flexibility also enables it to handle a wide variety of components, including 0402 components, fine-pitch BGA components, high-density pitch components, and mechanical parts like connectors and switches. SIPLACE S 27HM also offers looped feedback control technology for real-time adjustment of the placement force as needed. It's equipped with on-board debugging and component inspection, as well as an automated optical alignment equipment. It also features a real-time job scheduling system which can automatically sequence multiple placements on multiple lines simultaneously. SIPLACE S27HM has an easy-to-use user interface which can be run from any PC with a standard Windows operating unit. It also features a robotic machine built into the tool, allowing for an easy setup of multiple machines for high-performance production. The wide selection of optional components and accessories also allow users to customize the asset according to their individual needs. Overall, SIEMENS SIPLACE S 27HM is an efficient and user-friendly pick and place machine suitable for applications in circuit board assembly and manufacturing. It's fully automated, highly reliable, and can handle a range of components with precision and accuracy. Its ease of use and optional accessories make it a great choice for those looking to maximize their production line efficiency.