Used DATACON / BESI 2200 APM #9384233 for sale

DATACON / BESI 2200 APM is a type of die attacher, which is an automated device used to work with integrated circuit chips. It is designed for high throughput applications and can affix a variety of component sizes to a substrate. BESI 2200 APM allows for precise placement of components at each and every bonding point. It utilizes advanced vision technology to ensure accuracy when positioning components. DATACON 2200 APM uses an 8-position rotating head that is able to operate in various angles and orientations. This allows for intricate and precise placement of components and bonding points, thus improving the reliability and durability of each component. Additionally, the unit's angle and positioning can be easily adjusted without having to go through a complete re-tooling process. The equipment provides a particularly high precision of placement. It is capable of handling components with a standard placement accuracy of 0.01mm. This ensures that the delicate bonding points of each component are affixed to the board in an exact manner. The system also features an advanced scanning unit and secure data management capability. This allows the unit to quickly and accurately access target component coordinates in the substrate. The accuracy of component placement is further improved by utilization of a multi-layered substrate. The unit also features a computer-to-teach (CTT) interface, which makes the process of changing or remapping components easier. This flexible feature enables the machine to accommodate a wide range of substrates and components without requiring intensive labor or complex adjustments. Overall, 2200 APM is an advanced, reliable, and efficient die attacher designed for high-throughput applications. It provides consistent and accurate component placement, as well as a user-friendly CTT interface that enables simple substrate and component remapping. DATACON / BESI 2200 APM's advanced scanning technology and secure data management functions further enhance its performance.