Used FUJI QP 341E-MM #9193250 for sale

FUJI QP 341E-MM is a state-of-the-art pc board assembly and manufacturing equipment designed for high-speed, low tolerance production. The system comprises a four-level transfer conveyor, integrated with a controller, machine vision and robotics to provide a fully automated process for printed circuit board (PCB) assembly. The four-level conveyor is powered by a continuous belt that utilizes sophisticated technology to ensure high levels of accuracy and repeatability for SMT components. This includes components such as resistors, capacitors, transistors, and IC packages. The integrated controller uses a visual programming language to communicate with the transfer conveyor, allowing for easy setup and alteration of the production line. The machined vision and robotics components use advanced algorithms to guide the placing of components onto the PCBs, ensuring exact positioning and placement without any human intervention. These advanced technologies guarantee the highest level of accuracy and precision for PCBA-level components, ensuring the best possible quality. QP 341E-MM is compatible with a variety of production materials, including FR-4 PCBs and components with lead-free solders. It is also capable of using a variety of pick and place heads, including laser centering, linear heads, and component placement heads - ensuring it can handle all your PCBA requirements. Furthermore, the unit can handle components at speeds of up to 16,000 cph, making this an ideal solution for high-speed, high-volume applications. FUJI QP 341E-MM is an excellent choice for PCB assembly and manufacturing. Its flexible production capabilities and advanced technologies ensure the highest levels of accuracy and repeatability, improving the quality of your products and reducing your production costs. Moreover, its easy setup and alteration features, combined with its wide range of compatible materials, guarantee productivity and scalability - making this a machine that can grow as your needs evolve.