Used SHINKAWA UTC-1000 Super #293706233 for sale

SHINKAWA UTC-1000 Super is an advanced ultrasonic bonder designed for high standard industrial applications. SHINKAWA UTC-1000SUPER features a dual-arm design, with both arms able to independently cool, flex and cut to provide precise control over the bonding process. This is especially important for highly controlled and precise applications. The ultrasonic bonding process relies on high frequency vibrations to join the materials together. UTC 1000 SUPER is equipped with two independent high-frequency ultrasonic transducers and a powerful ultrasonic generator. The generator can produce up to 40W of high frequency vibrations, to provide the high level of precision required for industrial applications. The generator is also equipped with advanced control systems, to ensure precise and efficient bonding. The transducers are highly efficient, providing consistently high-quality ultrasonic vibrations. They are able to rapidly and precisely adjust their heat, flex and cut angles, allowing them to precisely control the bond created. UTC-1000SUPER also features an integrated servo motor, which can precisely monitor and adjust the power output of the transducers, resulting in precise and consistent bonds. UTC-1000 Super provides a range of safety features, including an overload protection equipment and a thermal protection system to ensure that the bonder does not become damaged or dangerous during its use. It also features a safety interlock unit to ensure that the beam remains in the safest possible position. SHINKAWA UTC 1000 SUPER is capable of delivering maximum efficiency and precision in a variety of applications. For example, it is suitable for use in electronics manufacturing, medical device fabrication, and optical component assembly. Overall, SHINKAWA UTC-1000 Super is a reliable and precise bonder suitable for industrial applications. It's efficient dual arm design, high frequency ultrasonic transducers and advanced control machine capabilities make it a great choice for precision applications requiring accurate, consistent and safe bonds.