Used DAGE 2400 #9201038 for sale

DAGE 2400
Manufacturer
DAGE
Model
2400
ID: 9201038
Pull tester.
DAGE 2400 is a high-performance, fully-automated wire bonder designed to provide exceptional accuracy and repeatability for critical assembly applications. This 3-axis bonder is a completely motorized equipment that offers a wide range of bond strengths and geometries including the capability to bond to both gold and aluminum. Its advanced vision system and closed loop control unit enables accurate inspection, placement and registration while its end-of-arm central bond tip provides exceptional bonding force at any location. 2400 combines the features of a fully integrated automated wire bonder with a manual bonder providing an unprecedented level of bond control and accuracy. By utilizing its advanced vision machine, the wire bonder can detect and inspect any bond wire prior to placement ensuring process accuracy and repeatability. As a result, it provides a high level of control over wire bond design and bond strength. DAGE 2400 can perform ultrasonic, thermosonic, and thermosonic wedge wire bonding. It also offers custom configurations for all of its bond geometries and can be easily modified for unique wire bond requirements. The 1200 includes a variety of tooling options including standard and custom wedge tools, anodized aluminum bond tips, and other specialty tooling. The bonder is also capable of bonding to both gold and aluminum, enabling a wide range of alloys to be used in the manufacturing process. In addition to all these features, 2400 includes a rework station that allows for manual wiring, correction or modification of existing bond wires. This feature allows for quick recovery of poor bond wires with minimal waste or lost time. Overall, DAGE 2400 is an extremely versatile and durable wire bonder that provides excellent bonding accuracy and repeatability. With its advanced vision tool, end-of-arm central bond tip, and optional rework station, it is the ideal choice for any production environment where precision, control, and repeatability are essential.
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