Used ASM SD 890A #293748636 for sale

ASM SD 890A die attacher is a fully automated, semi-automated or manual assembly equipment manufactured by ASM Japan. It is designed for high speed and high accuracy attachment of single components, or multiple components, onto printed circuit boards. ASM SD890A is equipped with an array of feeders and can accommodate various components such as resistors, capacitors and transistors. These components are placed into feeders, which precisely feed them into the assembly station. The components are then transfered onto a multi-axis robotic arm called a Beam-Gripper. This robotic arm has the ability to precisely pick, place, and attaaech components to the board. SD 890 A offers a variety of features, such as an advanced, user-friendly graphical user interface to facilitate the easy programming of the machine. It is also potential to choose a variety of components, such as vertically mounted resistors, capacitors, and transistors, or horizontally mounted ICs, as well as a variety of attachment methods such as thermocompression bonding and ultrasonic bonding. ASM SD 890 A die attacher is constructed on an all-aluminum chassis and is equipped with a robust, reliable pneumatic system. In addition, the unit is capable of handling a wide range of components, including those of high density, low profile, or large surface areas. The machine can also be used in both small- and medium-volume production lines. SD 890A includes dynamic laser registration, which enables accurate component placement and registration. The tool also offers a range of options such as a dynamic vision asset, an integrated component preheater and an inspection camera, which allows for visual confirmation of component placement. SD890A is an excellent choice for high precision, high speed, and high throughput component placement. This model is ideal for high-volume production lines, as it offers a robust and reliable attachment equipment, with a number of features and options that make it an ideal option for automated component placement.