Used SHINKAWA UTC-1000 #293830865 for sale

SHINKAWA UTC-1000 is an automated ultrasonic wire and terminal boding machine. This high precision device is capable of simultaneously crimping, cutting, and bonding various wires and terminal types. The boding parameters are adjustable and controlled with the easy-to-use touchscreen interface. SHINKAWA UTC1000 utilizes advanced ultrasonic technology to ensure precise bonding action. This technology works by quickly and repeatedly vibrating its blades, allowing for a consistent and secure bond. The precise placement of the boding tip on the terminal enables boding to occur in difficult to reach areas. UTC 1000 boasts a compact design that allows for minimal footprint in production areas and easy installation. The machine also features a high-speed servo motor equipment to ensure quick and accurate boding process. UTC1000 is designed with accuracy in mind. Its precision measuring system provides real-time data, allowing for optimal product quality. Safety features such as the hand-held safety cover and automatic fail-safe unit protect operators from any potential harms. Another advantage of SHINKAWA UTC 1000 is its use of automated visual inspection. This machine helps detect any object defects, enabling the operator to correct them in a timely manner for improved overall product quality. UTC-1000 can be used to bond many different types of wires, including flat, round, and strip terminations. The machine can be adjusted to apply different amounts of pressure to specific terminals to precisely control the force used. As a result, users can ensure that the correct amount of force is applied to all terminals. In conclusion, SHINKAWA UTC-1000 is an effective and reliable tool for bonding wires and terminals. Its advanced ultrasonic technology ensures precise and secure bonding, while its automated visual inspection and safety features make it a safe and accurate machine. SHINKAWA UTC1000 provides a quick and convenient solution for those who require precision and reliability in their wire and terminal boding processes.