Used UNITEK MICROPULL III #9254692 for sale

UNITEK MICROPULL III is a high-precision, micro via and wire bonding machine designed for small components, like those used in medical device microelectronics. This model of wire bonder is capable of micro pull testing and wire bonding of fine-pitch, ultra-thin-gauge wires in a wide range of materials. It is also equipped with a fully automated operation and has flexible programming options. The machine utilizes advanced technology and intelligent design to achieve high precision in contacting, forming and testing of various micro-sized and ultra-fine-gauge wires. This includes a self-guiding micro-probe contact and an adjustable tip shape for optimized contact performance. Additionally, an automated ball-angle controlling equipment and a stress gauge system for testing and monitoring of performance and reliability protect the wire bond from breakage and allow for accurate handling of the application. MICROPULL III's versatile design also allows configuration flexibility and easy fixture change-over to meet the specific needs of any microelectronics application. It can be customized with attachments and accessories, such as a heater and a heater-controller, to accommodate temperature control and stress testing. The machine also includes an electronics temperature control unit for controlling the surrounding atmosphere, as well as a bonding head assembly for precise maneuvering of wire bonds. Furthermore, the machine is equipped with a high-resolution digital imaging machine to capture detailed images of the wire bonding process and provide inspection and analysis of the results. UNITEK MICROPULL III is designed to provide reliable, high-precision bonding performance with easy operation and high-quality results. It is suitable for a wide range of applications and is reliable for both low and high-volume production runs. The machine is capable of automated pull testing, forming and wire bonding of fine-pitch and ultra-thin-gauge wires and is the ideal solution for medical device microelectronics production.