Used ASM Twin Eagle 60Cu #9266353 for sale

ASM Twin Eagle 60Cu
Manufacturer
ASM
Model
Twin Eagle 60Cu
ID: 9266353
Wire bonder Standalone Gold / Copper kit.
ASM Twin Eagle 60Cu is an automated wire-bonding workstation designed to produce high-quality, high-density wire interconnects for a variety of semi-conductor and circuit board applications. It is equipped with a specialized, integrated wire-bonding equipment, that incorporates both a high-resolution feedback system and a powerful multi-mode control software to perform a wide range of wire-bonding operations with precision and accuracy. The workstation is capable of wire bonding up to 60 pads per cycle, with a maximum cycle rate of 250 per minute. Its high precision wire drive unit is capable of accommodating different size bond-wire types, including aluminum, gold, and copper. The optional three-stage debonder machine allows for precision removal of bonds from delicate circuit boards. For maximum productivity, the Twin Eagle features an intuitive operator interface screen and a powerful operator-set windows-based control tool that allows for easy setup and monitoring of the wire-bonding process. The control asset offers three process modes - standard, manual, and auto-feed - to suit specific process requirements. An optional extended process module gives the operator the ability to control and monitor both the wire-bonding process and the material handling operations on the same screen. The Twin Eagle's advanced wire-bonding capabilities provide users with superior wire pattern control and the ability to monitor wire looping and pull-test in real-time. With its optimized wire bonding speed, the Twin Eagle ensures a maximum bond-play length and an optimized wire-playback, to minimize wire usage and reduce bond-related defects. Overall, Twin Eagle 60Cu is an efficient and reliable workstation, perfect for high-demand production lines. With its advanced wire-bonding capabilities and intuitive control model, it can produce reliable interconnects for a variety of semi-conductor applications in the most challenging task.
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