Used SHINKAWA UTC-3000 WE #9352202 for sale

SHINKAWA UTC-3000 WE is a state-of-the-art ultrasonic bonder designed for high volume production. Developed by leading ultrasonic bonding manufacturer SHINKAWA Ltd., the bonder is the latest in process automation bonding technology. SHINKAWA UTC-3000WE offers superior performance and is fast, accurate and reliable. It has a high speed of up to 3,000 pulses/second and an accurate bond line of +/- 0.001 inches. The unit also features a multiple-head equipment, providing flexibility to adjust the bond area as needed, and a dual-stage temperature system, which enables precise control of bond time and temperature. This feature also improves process reproducibility and product quality. For optimal efficiency, the units are outfitted with SHINKAWA MICRON3 digital ultrasonic transducer, providing efficient and reliable power generation. The transducer is easy to operate, and is automatically adjusted for VSWR and power output. An A-B buffer temperature control unit is also equipped on UTC 3000 WE, which helps to further reduce temperature drift and allow for more precise bonding. Onboard features also include a heat monitor, to provide real-time feedback on ultrasonic power and temperature, as well as an exhaust machine for removing fumes. The bonder's automated functions include the advanced Autostep program which allows for automated step-by-step programming with pre-programmed recipes to simplify operations. The tool also features a user-friendly touch panel with diagnostics and troubleshooting capabilities. User safety is an important concern of SHINKAWA UTC 3000 WE, as the machine is outfitted with additional features, such as a cabinet guard, safety door locks, emergency switches, and an alarm to alert workers of potential danger. Overall, UTC-3000WE ultrasonic bonder is a high-performance, versatile bonding solution for a wide variety of applications. It is fast, accurate, reliable and offers superior quality and process optimization, making it a top choice for medium and large volume production.