Used SPEEDLINE / CAMALOT Xyflex Pro+ #9056785 for sale

SPEEDLINE / CAMALOT Xyflex Pro+ is an automated and multifunctional PC board assembly and manufacturing equipment that ensures maximum productivity and flexibility. It is designed to run at up to 4000cm per hour, with a production rate of up to 8000cm per hour, while also providing automated real-time process-oriented feedback. As an upgrade from the Xyflex Pro, it has increased capabilities in printing speed, alignment accuracy, and feeder capacity, and is capable of high volumes of production at maximum speeds. CAMALOT Xyflex Pro+ is designed with scalability and user-specific production lines in mind, offering adjustable feeders that allow users to configure a unique production line for each product. It is equipped with vision systems that reduce the need for manual alignment during placement, with an accuracy of ±30 microns per inch. Additionally, SPEEDLINE Xyflex Pro+ has an advanced component recognition system that can identify components with multiple identifiers including barcodes, RFID, and part numbers. Xyflex Pro+ is built with CAMALOT Flexible Platform technology, which offers robust, reliable, and efficient operation for extreme part variations. It also incorporates Optiplace technology, which provides advanced pick-and-place optimization for multi-axis head movement, allowing dynamic, efficient, and accurate placement of large volume parts. The machine also has a wide range of technological features, including Component Access Database, which allows for parts database access without a manual reference operation. PPS, its built-in programmable paste process unit, enables user-selected paste dispensing parameters for custom configurations. With wAuto Pinmapping, users can record and save their assembly instructions for re-usage to maximize throughput. Finally, SPEEDLINE / CAMALOT Xyflex Pro+ is designed with both environmental considerations and economic concerns in mind. Its low noise and low vibration machine tends to the comfort of operators, and it is made with a low maintenance design to reduce downtime and upkeep costs. Furthermore, its energy-efficient capabilities help reduce both energy costs and environmental impact.