Used SHINKAWA UTC-5000 #293793404 for sale
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SHINKAWA UTC-5000 is a state-of-the-art bonder ideal for high-precision assembly and manufacturing applications. This reliable inline bonder is capable of multiple types of high precision bonding including adhesive, UV and thermal curing, and soldering applications. It is equipped with a top-of-the-line vision system that ensures accurate positioning and alignment of the parts being bonded so the product meets customer's exacting specifications. SHINKAWA UTC 5000 comes with a phased array laser scanning unit for sensing non-visible surfaces, allowing for higher precision bonding. The laser scanning unit eliminates manual adjustments and ensures a more efficient and reliable production process. It also comes with a built-in vision optical system with an internal software that provides 3D imaging at various angles and depths with extremely high speed. This ensures real-time feedback for parts control and automatically inspects the quality of the bonded product. For greater flexibility and control, UTC-5000 can also be adjusted to manage a wide range of materials and defects. Its adjustable power settings allow user to adjust the intensity of the laser beam to ensure the proper curing of each material. Furthermore, UTC 5000 can detect defects on the surface of bond materials and reject parts with major defects or cracks. In addition, SHINKAWA UTC-5000 comes with various safety functions to protect staff and equipment, such as automatically shutting off the laser beam in the event of an obstacle in the processing area. This function also helps to ensure the quality of the bonded product, and creates an environment where maximum productivity can be achieved. Overall, SHINKAWA UTC 5000 is a state-of-the-art bonder that ensures precise bonding of materials by laser scanning, imaging, and defect detection. Its advanced vision system and adjustable power settings offer greater control and accuracy for a wide range of bonding processes, making it an ideal choice for precision component assembly and manufacturing applications.
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