Used SHINKAWA UTC-3000 WE #293619417 for sale

SHINKAWA UTC-3000 WE is a high precision, upper and lower thermal bonding machine for bonding heated thermoplastic components. It has an advanced design featuring an all stainless steel conveyor, 3-axis robot, and independent temperature zones for each bonding process station. It is designed to deliver the highest level of efficiency and accuracy, while also reducing costs. SHINKAWA UTC-3000WE has been designed to handle a wide range of thermoplastic materials at temperatures of up to 450° Celsius. Its integrated conveyor equipment provides a consistent feed rate and a smooth transfer of materials. The 3-axis robot offers precise positioning and powerful repeatability to make sure materials are positioned precisely and quickly. The independent heating zones ensure repeatable temperature control during the bonding process. UTC 3000 WE also offers an optional programmable logic controller (PLC) with a graphical friendly user interface. This allows for quick and easy programming of the machines functions. The PLC also provides comprehensive troubleshooting for malfunctions and mechanical errors. The machine has also been designed for maximum safety, with safety switches and emergency stops protecting both operators and materials from potential hazards. The machine is equipped with a scanner system to detect faults and block production in case of a malfunction or safety warning. UTC-3000 WE has been designed for maximum reliability, with features such as a patented cutting-edge thermoplastic welding head and a unique servomotor for accurate high-speed bonding. In addition, the machine has a noiseless operation and an environmental friendly air-cooled unit. Overall, SHINKAWA UTC 3000 WE is an advanced and reliable high-precision thermal bonding machine. It is designed to provide users with greater accuracy and efficiency while also reducing costs associated with bonding thermoplastic components. The machine offers safety-friendly features, and promises silent and environmentally friendly operation.