Used SHINKAWA UTC-1000 Super #9100947 for sale

SHINKAWA UTC-1000 Super is a state-of-the-art LED ultrasound bonder designed to offer superior performance on a wide range of bonding applications. The equipment is highly automated, allowing for easy operation with high levels of accuracy and repeatability. SHINKAWA UTC-1000SUPER features a broad spectrum of process parameters which can be set to optimise the process performance of bonding materials such as glass, quartz, ceramics, and many plastics. It provides intuitive and user friendly access to a wealth of control features which includes the latest advanced feature of four independent multi-mode ultrasonic transducers, programmable parameters, and pulse start mode control with full-amplitude and feed back control for improved repeatability and accuracy. An advanced cooling system ensures high speed operation with greater thermal stability during bonding cycles. The unit also includes a variety of safety features such as auto-shutdown, no-load detection, and emergency power off. The machine is suitable for applications that require cleanroom and explosion proof installations. UTC 1000 SUPER is a multi-function ultrasonic bonder that can be used for various applications from device assembly to large scale production runs. The tool features an extended bonding range of 100mm to 600mm, and is suitable for bonding materials of small to large sizes, with a wide range of material configurations. Protective covers fitted with dust, heat and flame shields helps to keep the asset clean, safe and efficient. The centre of the unit is equipped with a powerful brazing head which dramatically increases the bond strength and efficiency. The model also features an integrated automated ultrasonic cleaning bath which is designed to clean and optimise the parts. UTC-1000SUPER is the ideal bonder for most complex and delicate bonding applications, with reliable performance and accuracy. The equipment is designed for easy operation and maintenance, making it suitable for a variety of applications in both manufacturing and research environments.