Used EUNIL ELD-400D #9026842 for sale

EUNIL ELD-400D is a versatile customizable pc board assembly and manufacturing equipment designed for rapid and accurate production. It is capable of drilling, routing, and assembling printed circuit boards (PCBs) with precision and speed. ELD-400D is built with a high power spindle motor, which is capable of drilling and routing up to 0.25mm with accuracy and speed. The system also features a four-position tool changer, an automatic tool setting mechanism, an integrated CNC controller, a positioning accuracy of 0.015mm, and a working area of 600mm x 400mm. EUNIL ELD-400D is designed for easy operation, with intuitive software, user-friendly interface, and a variety of customizations. The unit has an onboard computer, user-friendly control panel, and a visual machine to guide the operator through the production process. The unit also has an external servo tool which allows for precise speed control. Furthermore, it includes features such as freely programmable pressure control, auto tool setting, and automatic height sensing. The asset is equipped with a powerful two axis CNC model which allows for fast and accurate drilling and routing. The equipment also uses a precision screwdriving and handling system, enabling it to quickly assemble printed circuit boards. The unit is capable of producing complex designs with multiple layers, by routing high speed signals, thick film tracks, plated through holes, heat-treated lands, and solder-joint connections. ELD-400D is equipped with advanced safety measures to ensure user safety. It utilizes laser beam imaging, a proximity process diagnosis machine, and a dust collection tool to ensure clean and accurate operations. Other safety features include an enclosed frame enclosure, EMI filter, and a selection of safety accessories. EUNIL ELD-400D is a reliable and technologically advanced pc board assembly and manufacturing asset. It provides users with a range of features that enable efficient and accurate production of PCBs. It is designed for maximum performance and is suitable for both research and development and production environments.