Used ASM AB 339 #9257823 for sale

ASM AB 339 is a state-of-the-art precision-controlled bonder designed for high-value manufacturing in the medical device, aerospace and automotive industries. It is a multi-use production tool ideal for the assembling of intricate structures. The bonder is compatible with a variety of 10.7 mJ/cm2 uv curing equipment. ASM AB339 features an optional one-piece, isocentric, open-arch construction that enables easy access to all parts. This eliminates the need for separate fixtures and offers a more efficient solution. The bonder also has a high-motor power-driven platform motion system for increased precision, accuracy and speed compared to thermal bonders. In terms of precision control, AB 339 bonder offers a static-position control system with a radius of up to 0.2 millimetres. Users can build patterns and arcs faster, as the speed is optimized to generate minimal force and torque on the part. In addition, the unit features an innovative automatic disconnect feature that shuts down power to the bonder when stationary. This helps to prevent accidental over-travel and minimize set-up and maintenance costs. AB339 bonder is designed to minimize manual intervention, reducing the likelihood of human error or contamination, and providing consistent, successful results. In addition, the unit offers intuitive graphical user interface which allows users to control the bonder with a touchscreen or computer. This ensures that the operator is kept abreast of any status or warnings. The bonder includes a variety of safety features, such as automatic overload protection, a mechanical interlock that's activated shortly after it's connected to the power source, and a built-in master/slave functionality for better correlation to complex robot systems. ASM AB 339 bonder is designed to work in clean room and ESD-protected environments. It is also designed using ATEX/UL components making it, potentially, explosion-proof. Overall, ASM AB339 bonder is an advanced, highly-precise, multi-use production tool that offers comfortable, accurate and safe operation. Its design improves speed, accuracy and repeatability, while also reducing the potential for human error and contamination. It is an excellent choice for high-value medical device, aerospace, and automotive Assemblies.