Used SHINKAWA UTC-3000 #293609850 for sale

SHINKAWA UTC-3000 is an advanced industrial ultrasonic bonder designed to meet the exacting demands of manufacturing environments. This bonder is capable of bonding a variety of materials together, including thermoplastics, metals, electronics, and composites, to provide superior product reliability. SHINKAWA UTC 3000 is equipped with a high-precision ultrasonic transducer and advanced high-density actuator system to ensure precise bonding of materials and parts of equally thick, thin, and mixed thicknesses. Its advanced ultrasonic power output allows for a wide range of output frequencies, ranging from 20 kHz up to 200 kHz. By utilizing a combination of time- and temperature-controlled processes, UTC-3000 ensures consistent product integrity. Time-controlled process capabilities allow for precision bonding duration and temperature control for optimum performance and reliability. Temperature-controlled processes provide the bonder with an adjustable temperature range from 0°C to 250°C, increasing its suitability for a wide range of industrial manufacturing applications. The bonder also includes a variety of advanced protective mechanisms, such as air and vacuum overload protection, active cooling, and capacitor charged voltage protection, to protect the device from potential damage caused by abnormal circumstances. Additionally, a large LCD display on the arm of the device allows for easy monitoring of the production process and helps to simplify troubleshooting. In conclusion, UTC 3000 bonder is a powerful and reliable bonder that is specificially designed to meet the demands of a variety of industrial applications. This bonder is capable of bonding a variety of materials together precisely and reliably due to its combination of time- and temperature-controlled processes, advanced ultrasonic power output, and protective mechanisms. The large LCD display is also a helpful feature for monitoring the production process, thus making this accurate and reliable bonder a great choice for industrial manufacturing applications.