Used ASM AD 889 #9389831 for sale

ASM AD 889 is a high-precision die attacher designed for attaching and permanently securing elements such as dies, knurls, and/or ball-bearing to die-casting centers. It is capable of precision forces in both forward and reverse direction and is suitable for manual or automatic control. The unit features a robust hard-anodized aluminum and stainless steel construction which is both lightweight and corrosion-resistant. ASM AD889 has a dynamic force capacity range of up to 400 N and the ability to work with a variety of free-floating go-no-go gauges. The unit has an easy-to-read digital display and has the capacity to performs approximately 30,000 attachment operations per hour. The unit also features a vacuum equipment for removing debris and oil during and after attachment, to minimize contamination and ensure clean, precise attachment results. AD 889 is equipped with an integrated thermal protection module which helps ensure stable operation and safeguards against possible short circuit or overload conditions. The unit also has a dynamic alignment system which corrects misalignments automatically and reliably, and an adjustable precision press unit which offers precision force feedback. The unit requires connection to a 3-phase power supply and is designed for manual or robotic operation. Maintenance-free sliding-ring and guide-rod bearings make maintenance of AD889 comfortable and straightforward. Additionally, the unit is I/O ready and can be connected to a plant's data acquisition network, allowing the user to track performance and optimize processes. Overall, ASM AD 889 is an efficient, precise die attacher with a lightweight, corrosion-resistant design and quick change design for easy attachment to die cast centers. The unit features thermal protection and a precision press machine for improved results as well as an easy-to-read digital display. Additionally, the unit is I/O ready and maintenance-free, allowing users to optimize production processes and achieve greater productivity.