Used SHINKAWA UTC-250 #9083238 for sale

SHINKAWA UTC-250 is a fully automated localized ultrasonic welding system designed for use in the production of medical devices. This advanced machine is capable of welding a wide variety of materials including stainless steel, aluminum, titanium, nitinol, and even difficult to weld plastic polymers. As a fully automated system, UTC-250 also includes advanced features such as user-programmable welding parameters, memory storage, real-time process monitoring, and more. Designed for precision assembly, SHINKAWA UTC-250 is outfitted with a highly efficient ultrasonic transducer that provides a highly consistent and repeatable weld. The ultrasonic transducer applies harmonic vibrations at a frequency of 20,000 Hz into the joint area, creating a strong frictional heat that melts the materials and fuses them together. The GMT-250 also features a stationary anvil table and an automated oscillating ram unit for working with intricate parts. The system also includes a supersonic reverberator to generate the required vibrations and to further enhance weld strength and repeatability. UTC-250 is very versatile and can be used for a variety of applications, including welding, soldering, gluing, and more. The machine also features a range of welding power options, enabling users to customize welding parameters to suit a particular application. The machine also includes a range of controls for regulating parameters such as welding speed, welding pressure, dynamic voltage, and frequency. Additionally, SHINKAWA UTC-250 includes a range of preset and programmable welding modes, giving users complete control and flexibility over their welding process. UTC-250 is truly a powerful and advanced tool for precision assembly. With its reliable and consistent performance, high-quality welds, and versatile features, it is an ideal choice for medical device manufacturers. The machine is designed for easy operation and reliable operation, ensuring maximum productivity on even the most demanding assembly tasks.