Used PACE MBT250 SDPT #9196333 for sale

PACE MBT250 SDPT (Surface-Mounted Device Placement Tool) is an automated, high-precision, miniature pick-and-place machine used for accurately placing tiny surface-mounted components onto printed circuit boards (PCBs). It is designed to provide fast and accurate placement and fixation of SMD components, with a component-feeding accuracy of ±0.001 inch (2.5 microns). It is equipped with a suction nozzle which is able to locate and pick-up small SMD components (down to 01005 size), and make component placements at a rate of up to 250 components per minute. Each pick-and-place cycle is checked via an automated optical monitoring equipment which helps to ensure that the components are placed accurately and securely. MBT250 SDPT is a specialized tool designed to provide controlled, accurate placement and fixation of SMD components onto a PCB. It is fitted with a sophisticated laser and vision system which is used to identify component shapes and sizes allowing for accurate pick-up and placement of the components. The pick-and-place cycle is controlled via a PLC interface, which allows for a variety of special options such as component recognition and feeder-swap programming. Furthermore, PACE MBT250 SDPT is capable of pick-and-place operations using a variety of popular feeder types, including tray-fed components, tape-fed components, and JEDEC trays. The machine is equipped with a reliable conveyor unit which provides for rapid component loading and unloading. A pressurised air supply helps ensure optimal pick-and-place performance and MBT250 SDPT also comes with a built-in, automatically controlled, leadless-component cleaning machine which helps keep the product safe during operation. Furthermore, PACE MBT250 SDPT features a multi-zone, pass-through design, allowing for easy setup and efficient use. In summary, MBT250 SDPT is an automated, high-precision, miniature pick-and-place machine designed for accurately placing SMD components onto printed circuit boards, with a component-feeding accuracy of ±0.001 inch (2.5 microns). It is fitted with a sophisticated laser and vision tool which is used to identify component shapes and sizes, allowing for accurate pick-up and placement of the components. In addition, the machine features a reliable conveyor asset, a pressurised air supply, and an automatically controlled leadless-component cleaning model, making it both safe and efficient.