Used AIRVAC / ZEVAC Onyx 32 #9239440 for sale

AIRVAC / ZEVAC Onyx 32 is an advanced PC-board assembly and manufacturing equipment designed to increase accuracy and speed up the production process. This machine is capable of both manual and automatic operations, making it suitable for a wide range of industrial applications. ZEVAC Onyx 32 uses vacuum and jet technology to assemble components, allowing for precise and efficient production of complex multi-layer PCBs. It comes equipped with an interchangeable nozzle system, enabling quick changes between different parts and configurations. The vacuum nozzle offers a high degree of placement accuracy, while the jet nozzle can apply two types of flux for optimized solder joint connections. Other features of AIRVAC Onyx 32 include a built-in PCB handling unit, automatic feeders for low-profile component placement, a vision machine for verifying solder connections, and a uniquely designed working platform to enhance acquisition speed and reduce human error. Onyx 32 is also capable of storing up to two recipes for future production, allowing for faster setup and implementation. AIRVAC / ZEVAC Onyx 32 features a variety of customizable settings and functions that can be tailored to specific applications and production parameters. This includes the ability to set vacuum and jet pressure levels, configure parameters like reflow and wave soldering, and apply various process programming features including automatic component selection and placement. Finally, ZEVAC Onyx 32 is equipped with a range of monitoring and diagnostic features, including real-time error detection and reporting. This allows for rapid production while eliminating potential production errors that could affect performance and efficacy. Overall, AIRVAC Onyx 32 is an advanced PC-board assembly and manufacturing tool that offers superior accuracy, reliability and speed in the production process. Its features and customizable settings make it suitable for a wide variety of industrial applications and assure maximum efficiency.