Used APE Sniper 3 SMD 7000 #293607048 for sale

APE Sniper 3 SMD 7000 is a high-performance pc board assembly and manufacturing equipment, designed to improve production accuracy, speed, and throughput. It is equipped with a modular and flexible design, allowing for custom design, equipment integration, and testing. The system is powered by multi-axis robotic control, providing precise motion control with high repeatability. It is capable of handling placements of components from 01005 to 22 x 22 millimeters, with a maximum board size up to 520 x 520 millimeters. Additionally, it offers up to eight independently programmable feeders with 5,000 picks/hr of single-step operation and up to 10,000 pick/hr of double-step operation. The unit's placement head has an acceleration of 10G and an exact repeatability of ±0.02mm. Sniper 3 SMD 7000 includes a high-speed vision machine with user-friendly GUI which can locate components with an accuracy of .02mm. It is also equipped with board-level testing and inspection capabilities, providing online/offline inspection with up to 3,500 components/hr, with an accuracy up to .02mm. The tool is further equipped with a flexible lamping station, for better illumination and a proper view of the PCBs. APE Sniper 3 SMD 7000 offers a fast autonomous production without operator intervention and is compliant with safety operation standards including metrology and continuous real-time monitoring. It is also capable of working with multi-types of solder paste, and offers a true offline programming with optional daisy-chain software. Additionally, the asset is designed to easily integrate with 3rd-party software and manufacturing equipment such as pick & place machines, printers, test systems, and reflow ovens. Overall, Sniper 3 SMD 7000 offers superior precision, speed, and performance in pc board assembly and manufacturing. With its advanced technologies and features, it is capable of providing reliable production quality, flexibility, and streamlining even the most complex manufacturing process.