Used ZEVATECH / JUKI KE 3020 #9284371 for sale

ZEVATECH / JUKI KE 3020 is a single-station, tabletop, pick & place machine designed for rapid prototype assembly and small production runs. It is an intuitive equipment for Surface-Mount Technology (SMT) assembly and low-volume production of prototype printed circuit boards (PCB). JUKI KE 3020 provides fully automatic component feeding, pick and placement, and soldering of SMT components onto printed circuit boards. With its user-friendly and intuitive operation system, it helps to significantly improve production efficiency and reduce production costs. ZEVATECH KE 3020 comes with a built-in vision unit that provides real-time feedback on component placement accuracy and provides a variety of data to help enable quick and accurate placement of components on the PCB, even when working with the smallest components. It also has an automated component setup feature to facilitate rapid changes in production and increase productivity. The machine also includes a powerful motion control tool that provides precise motion control over up to 4 axes. This allows for precise placement of components, even when working with complex shapes and designs. It also includes an intuitive user interface for smooth and efficient operation. KE 3020 has a number of special features designed to ensure the integrity of the workmanship of the PCBs it produces. This includes a highly sensitive solder joint inspection asset, as well as a solder bridge detection model. This ensures that the boards produced will meet industry standards. ZEVATECH / JUKI KE 3020 is designed to be reliable and economical. Its highly efficient displacement equipment minimizes noise and power consumption and extends component life. The table-top design of JUKI KE 3020 makes it easy to transport and its space-saving design also allows for multiple machines to be used in a compact working environment. Overall, ZEVATECH KE 3020 is an intuitive and economical system for SMT assembly and rapid prototype production of PCBs. It is suitable for a variety of different industrial applications, such as medical, aerospace, and automotive. It offers a faster and more efficient way to create PCBs with fewer components than other machines, while also providing the accuracy and precision necessary for high-quality results.