Used KOH-YOUNG Zenith #293607818 for sale

ID: 293607818
Vintage: 2014
3D Automatic Optical Inspection (AOI) system Type: 8-Projector 2014 vintage.
KOH-YOUNG Zenith is a PC board assembly and manufacturing equipment designed to streamline the process from design to completion. It is based around a scalable, modular and rugged automation platform that can be used in multiple industries. Zenith system is designed for easy setup and configuration, including automatic tool calibration. It supports all standard PC board assemblies, including surface-mount technology (SMT) components as well as through-hole assemblies. It includes an in-line vision unit for inline inspection and verification. The machine is equipped with a dual-gantry robot that calms the process by providing dynamic tray flip capabilities and advanced axis scalability. It can control up to 8 nozzles on the board and up to 3 pickups, ensuring optimal throughput. The tool supports a wide variety of components ranging from 0201 chips to area-array packages. It's provided with an intelligent scripting asset allowing the implementation of additional features and automated processes. It includes run optimization capabilities that can manage environmental conditions and temperature variation to ensure optimal performance throughout the entire manufacturing process. The model is provided with an operator interface that allows operators to actively monitor the equipment's performance. The control panel also allows operators to customize system settings and perform diagnostics. It supports many common OPC interfaces with communication protocols to allow customers to ensure the operation of the machine. Finally, KOH-YOUNG Zenith is provided with an advanced software suite that enables the entire unit to be managed and monitored. This includes features to control and analyze the entire machine, allowing users to optimize their production schedules and maximize efficiencies. It also provides access to crucial performance data which can be used to plan for the future and identify possible areas for improvement.
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