Used ZEVATECH / JUKI KE 2070L #9153546 for sale

ZEVATECH / JUKI KE 2070L is an advanced, high-speed, precision pick-and-place (PCB) assembly and manufacturing equipment developed by JUKI and ZEVATECH. The machine features a high-speed component placement speed of up to 2400 cph and can accurately place components with varying heights of up to 16mm, making it ideal for high-volume, low-profile SMT applications. It has a mounting accuracy of ±0.002mm and a ±0.02mm component placement accuracy making it very accurate and precise. The machine is equipped with a full-vision camera which assists in the placement of components and can detect misaligned and missing components. It also features a high speed conveyor system which can accurately feed PCBs from a feeder to the placement heads, and accurately index them so each board will be placed properly in the correct location. The conveyor unit can also be controlled to ensure a consistent speed and maximize uptime. The machine has a user-friendly machine interface which allows easy to follow operation. The tool also includes parts editors and programs for creating efficient placement of different components. The asset also includes diagnostic software for monitoring the model and detecting potential errors for quick corrections. JUKI KE 2070L is designed for use in a wide range of industries such as automotive, consumer electronics, medical device assembly, and general industrial production. It is built on a modular platform allowing users to customize the machine and have a smooth and efficient production process. It also has an enhanced off-line programming capability allowing users to create their own programs easily and quickly. Overall, ZEVATECH KE 2070L is an advanced, high-speed precision pick-and-place machine designed to meet the demands of high volume production requirements. Its accurate and precise component placement, as well as its full-vision camera and enhanced off-line programming capabilities, make it perfect for applications that require high-quality, high-speed component placement.