Used ZEVATECH / JUKI FS 750 #9185576 for sale

ZEVATECH / JUKI FS 750 is a pc board assembly and manufacturing equipment designed for flexibility. It features a fully automated surface mount technology (SMT) process to rapidly and cost effectively populate components onto pc boards. The system is based on a single, high speed, vision-guided platform capable of carrying out both print and pick-place operations concurrently. This results in increased productivity and improved quality assurance. The unit also offers an array of component placement features to ensure all parts are accurately attached to pc boards. These include a high speed vision-guided detection, automatic placement of components to minimize damages, and flexibility in component size and thickness. JUKI FS 750 can accommodate a wide variety of components, including 0402 1374 components, 0201 components, and fine pitch components. It has an inverted taper head for mounting on odd-shaped components, ensuring accurate placement of components on complex pc boards. In addition, ZEVATECH FS 750 is equipped with advanced programming features, providing users the ability to create entire assembly processes from a single machine. The machine has jump programming capabilities, allowing for the automatic 'jumping' of components through a series of programmable points. Through this feature, users can accurately place components at different positions and speeds. FS 750 also has a comprehensive range of process monitoring functions, such as barcode scanners which monitor board status and components on a pc board. Further, it can be used in conjunction with an online tracking machine, providing real-time feedback on the component placement process. Overall, ZEVATECH / JUKI FS 750 is a high performance pc board assembly and manufacturing tool that provides optimal flexibility. Its advanced processes and features make it ideal for a wide range of manufacturing operations. Assemblers can benefit from its high accuracy and speed, as well as its comprehensive monitoring and programming capabilities. Furthermore, its smart, automated design increases production yields and minimizes material waste.