Used DAGE MICROTESTER 22 #9105203 for sale

DAGE MICROTESTER 22 is a standalone precision die bonder designed and manufactured by DAGE, a leading global provider of advanced automated solutions for the semiconductor industry. MICROTESTER 22 is a 4 axes, CNC robot with an interchangeable work head that allows for maximum versatility and flexibility. DAGE MICROTESTER 22 has an integrated vision equipment, allowing it to accurately align and bond the die to the substrate. The system also includes a thermal management unit that provides a high level of thermal stability and consistency throughout the bond process. This helps to ensure the high quality and accuracy of the die bonding process. MICROTESTER 22 can also operate in a vacuum environment, reducing airborne contaminates and providing improved bonding process performance and yields. In terms of mechanical specifications, DAGE MICROTESTER 22 has a 300mm x 300mm x 300mm working envelope, a maximum die size of 0.8mm x 0.8mm, and a die attachment accuracy of +/- 1 micron. The machine is capable of working with a range of bond forces, from 0.5N to 85N. The tool is also capable of a high bond frequency, with a cycle time of up to 600 bonds per minute. MICROTESTER 22 is powered by the latest software and control algorithms from DAGE and provides remote access control, enabling a technician to access key parameters and make adjustments on the fly. This features also allows for centralised equipment management, meaning multiple machines can be connected and managed from a single location. DAGE MICROTESTER 22 also includes a range of safety features, including safety fences, laser scanners, guard doors and warning lights. In addition, the asset is CE approved and compliant with RoHS directives, helping ensure the safety of operators and the environment. MICROTESTER 22 is an advanced precision die bonder model designed for the high-performance production of semiconductor devices. Its various features, from the integrated vision equipment to the remote access capabilities, help to ensure the highest levels of precision and reliability.