Used NEC / CANON CPS-400F #293629374 for sale

NEC / CANON CPS-400F is a high-speed, high-precision die attacher used for attaching leads and bonding patterns to various electronic components. This machine works by feeding electrically pre-tinned dies one-by-one through its leadframe holder, where they are pressed onto the surface of the printed circuit board (PCB) with high force. The components being bonded are designated by either a leadframe holder or a printed board pattern, giving the operator the ability to manually set the desired pitch of the die. NEC CPS-400F is equipped with three feeder heads and a WPC-4 programmer, allowing for multiple digital control options for pitch, speed, temperature, and force. The feeder heads are adjustable to move simultaneously, providing quick direction changes and ensuring alignment of leads or patterns in order to ensure accurate die placement. The machine also has a self-learning optimization process, where it will adjust the parameters of each production run to reduce set up time and minimize errors. This ensures that each component will be accurately and reliably soldered. The WPC-4 programmer allows the operator to adjust various parameters during the production run, including speed, temperature, and force. This allows for a range of custom applications, as well as allows for the flexibility for quick adjustment during process changes. CANON CPS-400F also features an automated component feeding system, which reduces operator handling time and the potential risk of component damage due to mishandling. This eliminates manual component positioning and component feeder tray change. The machine also has a quick changeover system, allowing operators to quickly change feeder trays to accommodate different component sizes and types. CPS-400F is ideal for applications where high-speed, high-precision die attachment is essential. Its digital control options permit quick and easy setup and parameter optimization to maximize throughput, while its quick-change component feeder trays and automated component feeder system further reduce the labor associated with component loading and reloading. The overall result is a reliable and efficient component die attacher for a wide range of applications.