Used AIRVAC / ZEVAC DRS 21 #105721 for sale

AIRVAC / ZEVAC DRS 21 is a PC board assembly and manufacturing equipment. It is used for higher-volume production of Printed Circuit Boards (PCBs). The system adopts a component-oriented approach to production and works in tandem with other integrated manufacturing processes, such as wave soldering, automated optical inspection, and component placement. ZEVAC DRS 21 utilizes a modular platform designed to accommodate various parts, including various component types, such as SMT, Thru-Hole, and Non-Populated Components. The modular platform allows for quick start-up and flexibility in component placement, as well as rapid changes in configuration for different projects. The unit offers high-speed, multi-functional production capability, with options for integrated end-of-line inspection, which increases traceability and improves throughput. AIRVAC DRS 21 offers a spring-propelled, vacuum-controlled pick-and-place mechanism. This feature uses dynamic pressure sensing to detect and place components at high speed and accuracy. Additionally, the machine comes equipped with patented advances in splicing technology, which allows for the near-instantaneous insulation of components both before and after placement. The splicing technology also provides further insulation protection during manufacture of sensitive components; this improves the reliability and consistency of the manufactured product. The tool also includes an automated optical inspection feature. This feature helps minimize defects due to human error; it is especially advantageous when dealing with very small components that are difficult to inspect manually. Additionally, the asset is integrated with data logging capabilities, which track efficiency and delivery of components from start to finish. DRS 21 is designed for rapid turn-around and can be integrated with existing production lines for increased speed and efficiency. It is suitable for a wide range of industries, from medical device production to high-volume telecommunication systems, and is proven to maximize production of high quality PCBs in a cost-efficient, reproducible, and reliable manner.