Used SHINKAWA UTC-1000 #293810639 for sale

SHINKAWA UTC-1000 is a fully automated bonder designed for the high-precision bonding of delicate components. It has a reliable and durable construction that is immune to dust and dirt and is ideal for the microelectronics market. SHINKAWA UTC1000's integrated micropositioning system allows for the precise placement of tiny parts up to 0.8mm in width, even under microscope magnifications. An advanced control system supports the exact placement and tracking of parts being bonded, providing an exceptional level of accuracy. The control system runs on proprietary software which can be customized to meet the specific requirements of each user. The Ultrasonic bonding technology incorporated into UTC 1000 ensures that the bond strength is high while retaining the integrity of the materials being joined. It is capable of bonding a wide range of substrates such as copper, silver, aluminium, glass and stainless steel with minimal substrate deformation. Available in a range of working sizes, SHINKAWA UTC 1000 is highly efficient and produces consistent results in a matter of seconds. UTC1000 is easy to operate and adaptable, with a load capacity of up to five parts at a time. It has an intuitive user interface which facilitates setting up programs and provides feedback on the status of each part as it is being bonded. The device is also equipped with comprehensive safety features and offers the flexibility to accommodate a wide range of additional custom components for specific production needs. Furthermore, UTC-1000's advanced design provides a reliable platform for continuous production, even when operating over extended periods of time. Data from the bonding process can be downloaded as part of a quality assurance process, ensuring that all parts are produced to the highest standards. Overall, SHINKAWA UTC-1000 is an ideal solution for the high-precision bonding of delicate parts, such as those used for microelectronics. It offers an intuitive user interface, advanced control and safety systems, and the reliability and precision required for producing consistent and quality results.