Used SHINKAWA UTC-3000 WE #9261671 for sale

SHINKAWA UTC-3000 WE is a precision bonder for wafer-level packaging applications. This equipment is engineered to provide ultra-precise and high-repeatability bonding, while ensuring increased productivity and cost savings. The bonder is driven by a high-resolution (3 μm) linear servo motor which is capable of achieving both a high bond speed and a small bond size. Additionally, the system is equipped with a multi-layer bonding unit that can bond a variety of different materials, including, but not limited to, gold, platinum, aluminum, copper, and titanium alloys. SHINKAWA UTC-3000WE bonder utilizes a fully automated machine for wafer-level packaging consisting of a wafer transport module, a piezo-electric actuator, a thermal head, and a bond head. The wafer transport module provides precise and repeatable handling of the substrates for execution of the bonding process. The piezo-electric actuator is responsible for driving the bond head, allowing for high quality results with high precision and low displacement. The thermal head is designed to provide the necessary heat in order to complete the bonding, while the bond head is designed for precision alignment of the material substrates. Furthermore, UTC 3000 WE is equipped with an in-line vision tool for wafer and die alignment. This asset is capable of detecting the edges of the die and the substrate and then position them accordingly. Additionally, the bonder features an integrated inspection model which is capable of detecting a variety of defects, including insufficient bond height, large die shift, and excessive bond area. All together, UTC-3000WE provides excellent bonding performance, including ultra-precision and high repeatability. Its highly automated equipment prevents potential errors and leads to efficient production, providing both a high throughput and an improved yield. Furthermore, its in-line vision system and inspection unit provide a comprehensive quality assurance process, ensuring reliable and consistent results.