Used YAMAHA YSH20 #9249424 for sale

YAMAHA YSH20 is a PC Board Assembly and Manufacturing equipment developed by YAMAHA Robotics. It is a fully automated board processing system designed for flexible production of PCBs. YSH20 offers fast and accurate board placement, assembly, and testing. It has a production cycle time of only 8 to 10 seconds, while using the latest servo-driven and vision-guided robotics to ensure precise and repeatable placement of components on the PCB. YAMAHA YSH20 integrates advanced technologies such as image recognition and control logic analysis for high-precision and extremely flexible board assembly production. The unit also utilizes servo drives with high acceleration and deceleration speeds that provide high-precision movements for accurate placement of components on the PCB. YSH20 is capable of processing boards up to 300mm x 500mm in size and 0.8mm thickness. It is designed for use in the automation of SMT (surface mount technology) production processes to reduce placement errors and improve production processes. YAMAHA YSH20 can handle PCBs with components ranging in size from 0201 to 180256 and can be equipped with optional features such as a vision-guided nozzle for high-precision part placement and an RGB camera for advanced data analysis and diagnostics. YSH20 is a versatile, user-friendly machine with its simple interface that can be easily operated by anyone. It is equipped with software that monitors the production process in real-time and provides feedback on the quality of the production process. YAMAHA YSH20 can easily be integrated with other machines and can be linked to industrial networks via Ethernet or CAN-bus. For those looking to maintain reliable and efficient PCB production, YSH20 is the ideal machine to help you achieve the highest quality and efficiency. This machine is designed for all levels of capabilities and can be easily adapted to many different applications. Its precision and accuracy make it suitable for any type of PCB production, from low-volume prototyping to high-volume production runs.