Used ESEC 2008 HS3 Plus #293761090 for sale

ESEC 2008 HS3 Plus (known alternatively as the HS3+, or High Speed 3+ Die Attacher) is designed for high volume die attachment applications and is capable of attaching both traditional and high-density semiconductor packages in an efficient, reliable, and cost-effective manner. It utilizes a powerful, multi-stage drive platform, combined with advanced vision technology, to ensure that each and every die is accurately aligned before and after attachment. One of the main features of ESEC 2008 HS3+ is its high-speed attachment capability. It can handle a transfer rate of 10,000 parts per hour while maintaining a ±0.025mm placement accuracy. In addition, its vision system can spot defects in real-time and works seamlessly with the high-speed attachments. Another core component of ESEC 2008 HS3+ is its trajectory-controlled placement head. This advanced feature allows the precise placement of components into a target position. It compensates for any irregularities in part features, compensating for tilt and warpage. It ensures that each and every part is correctly aligned and placed, resulting in improved product quality, production efficiency, and throughput. ESEC 2008 HS3+ also comes with a high-level flexibility and expandability. On the software side, it supports easy setup, control, programming, and networking. On the hardware side, it can easily handle multiple feeders and offer user-friendly interfaces for data input. By adding additional options, such as a printer, ESEC 2008 HS3+ can even become integrated into a larger system. Overall, ESEC 2008 HS3+ is an excellent choice for high-performance component assembly. Its advanced features ensure that each and every part is precisely aligned and placed, resulting in superior product quality and faster throughput. Its flexibility and scalability make it suitable for both simple and complex production lines. By guaranteeing reliability, cost efficiency, and accuracy, ESEC 2008 HS3+ is the ideal die attacher for any semiconductor-related production.