Used DAGE PC 2400T #293593204 for sale

DAGE PC 2400T is a high performance thermosonic wire bonder that is designed for both research and production environments. This bonder delivers a reliable and repeatable process that provides the correct results time after time. The bonder features an automated wire feed equipment, an ultra sensitive force monitor and an optimized thermal cycle. This allows users to achieve consistently high quality results when used for advanced microelectronic packaging, flip chip bonding, photonics integration and other demanding applications. PC 2400T has an embedded Windows OS which helps simplify its operation and provides an easy to use graphical user interface. It allows users to quickly program the bonder to meet their exact needs and provides an audit trail of the process information. An embedded self-test feature helps to ensure high reliability and it can be calibrated to achieve the highest quality outputs. DAGE PC 2400T is equipped with an adjustable X, Y and Z axes that provides 0.05 micron resolution. This ensures both accuracy and repeatability of the results when carrying a process. The bonder can be controlled to apply various bonding forces as it moves along the X, Y and Z axes. PC 2400T also provides an auto-focus system that optimizes the bonder's vision unit position to ensure the best possible images of both wire and substrate materials. This helps reduce cycle times and improves process outcomes for both photographers and quality assurance personnel. The bonder is capable of achieving a wide range of bond loop geometries, enabling it to be used in both high and low profile applications. It is also capable of forming both ball and wedge bond patterns to meet the needs of RF, LED and many other applications. The automated wire feed machine ensures that wire consistently performs at high accuracy and repeatability. DAGE PC 2400T delivers a reliable and repeatable process that can be relied upon to obtain consistent performance. It is the ideal choice for production environments that require the highest level of automation, accuracy and repeatability.