Used ASM AD 830 #9302995 for sale

ASM AD 830 is an automatic die attacher. It is designed to quickly and accurately attach dies to printed circuit boards (PCBs). It uses state-of-the-art servo control technology to accurately and consistently position and attach dies. The die attachement process is precise and repeatable, allowing for maximum yields. ASM AD830 features a user-friendly control equipment with touchscreen display. It is also equipped with an intuitive and efficient programming and operation system. The user-friendly software allows the user to easily program parameters such as die size, type, pitch, number of dies, orientation, and other parameters. Additionally, the machines are capable of automatically positioning dies accurately, with repeatability of up to 0.02mm. AD 830 has several advanced features, such as advanced vision systems, auto-calibration, and 3D pick and place capabilities. The advanced vision unit allows for automatic detection and correction of misaligned components, making it easier to produce complex designs with multiple components. The auto-calibration feature ensures accuracy and repeatability by automatically detecting and correcting errors and eliminating manual calibration. Additionally, the machines feature an advanced 3D pick and place capability, allowing for accurate placement of intermediate components as well as flat components. AD830 has safety features such as vision based collision avoidance and automatic barcode reader. It also provides multiple production modes, such as rapid, highest yield, or optimized program modes. Additionally, its automatic machine calibration will help maintain production quality and reduce waste. Overall, ASM AD 830 is a die attacher designed to provide fast and accurate die attachment with the highest yields. It has a user-friendly control machine, advanced features such as advanced vision systems, auto-calibration, and 3D pick and place. It is also equipped with safety features, multiple production modes, and automatic machine calibration.