Used SYSTRONICS 172 #9098109 for sale

SYSTRONICS 172 is an advanced PC board assembly and manufacturing equipment designed to support high-volume production of printed circuit board (PCB) assemblies. It is a highly automated system that enables PCB designers and assembly engineers to quickly and accurately assemble and manufacture printed circuit boards to exacting specifications. The unit consists of five distinct components: a fully automatic PCB loader, dielectric probe, solder paste device, a motorized pick-and-place assembly station, and an oven. The fully-automatic PCB loader safely loads PCBs into the machine in batches with a maximum limited load size of 40 boards, allowing for increased throughput. The dielectric probe features precision optics and a wide range of probes for measuring electrical characteristics, ensuring accurate measurement. The solder paste device accurately deposits solder paste onto the board. It is equipped with a syringe and nozzle for precise placement of solder paste, as well as a vision tool and camera to detect and place solder paste accurately. The motorized pick-and-place assembly station features an X/Y/Z motion platform for precise placement of components. This asset uses a special vision model to accurately locate components and component pins using templates generated from a CAD model of the PCB. The oven is used for post-processing after the assembly phase is complete. It is designed to accurately and quickly reflow PCBs, building a reliable solder joint between components and PCBs. It can reach temperatures up to 300°C, providing a uniform reflow profile for all assemblies. It is also capable of producing batch-run reflow profiles, which provide customized processing temperature profiles for different types of components and solder joints. 172 is an integrated equipment designed to streamline the processes for PCB placement and assembly. Its automated components provide a fast, reliable, and cost-effective solution for printed circuit board assembly and manufacturing. This system is ideal for high-volume production and provides accuracy and repeatability, leading to improved production yields.