Used ASM AD 830 #9401910 for sale

ASM AD 830 is a high precision die attacher that has been designed to meet the needs of customers looking for a reliable machine for both prototype and production runs. It features a simple two-piece construction with advanced design features, such as a self-centering die-clamping, a fully automatic die loading/unloading equipment, and a wide variety of optional features that include an auto-setter, an auto-aligner, an auto-leveler, and a high-speed die-clamping. ASM AD830 die attach utilizes a die-clamping system that allows for precision positioning and secure holding of components. The device also has an automatic self-directed positioning of the die during the process of attachment. This device also allows for easy die installation and removal of the die pins as well as a comprehensive die protection unit to prevent damage to dies during the die attachment process. AD 830 also has a user-friendly software interface through which a variety of advanced settings can be made, such as the ability to program multiple parameters, multiple die locations, and a range of speed settings. The device also has an adjustable multi-die clamping force, a tool-less die installation machine, and an adjustable die mount plate. The device also has an integrated temperature monitoring tool for all of the connected components, as well as on-board diagnostics for early detection of any potential problems that may arise during assembly and testing. In addition, the die-clamping force is adjustable, allowing for the creation of tighter and more even assemblies. An intuitive touchscreen interface and voice-control software allow users to quickly and easily access, set, and monitor their die attach settings. AD830 has been designed from the ground up to be user-friendly, efficient, and reliable when handling delicate components with precision. Its advanced features and smart design make it perfect for both prototype and production runs, ensuring smoother running, longer life and better quality product output.