Used ZEVATECH / JUKI KE 760L #9108464 for sale

ZEVATECH / JUKI KE 760L PC Board Assembly and Manufacturing Equipment is a state-of-the-art technology designed to provide comprehensive and efficient production of high-quality printed circuit boards (PCBs). This advanced system offers superior production quality and increased performance. JUKI KE 760L is designed for high-speed operation with a full range of available placement components, including fine pitch ICs, QFPs, BGA, SOT, passive SMD, and discrete components. It is capable of mounting components as small as 0201, and it has a range of placement accuracy of up to 80 microns. That accuracy is made possible by its fast linear motor control and closed-loop optical positioning unit. ZEVATECH KE760L also offers a built-in laser-inspection machine to save additional time and cost by ensuring components are placed correctly and without errors. This laser scanner also has automatic warp correction to detect and adjust aberrant board skew for better precision. ZEVATECH / JUKI KE760L is a compact and integrated machine that offers easy setup and maintenance, supporting quick product changeovers as well as reliable performance. It is designed with an advanced controller that can generate precise programming for the whole process, making it easy to configure the boards even in cases of long production runs. Its automated conveyor tool is completely enclosed and secure, improving its safety and dustproofing. The levels of accuracy are further improved by its auto-focus laser centering asset and its wafer imaging technology. ZEVATECH KE 760L also offers a range of distribution venues, such as an auto-load program which allows for multiple boards to be loaded in parallel, and a loading/unloading model that helps keep the process streamlined. To complete the process, KE760L comes with automated vision inspection and automated optical inspection capabilities. That complete set of features provides this machine with a significant placement speed of at least 50,000 components per hour. This significantly surpasses the levels of precision and speed of more conventional systems, providing a complete and reliable solution for PCB manufacturing.