The automatic taping device can minimize tape waste to the absolute limit!

basic information

■Stability of Quality and Precision: Elimination of Variability - Uniform Tension and Position Tape can be applied with constant force and at precise positions, significantly reducing the risk of being too loose or too tight, which could damage the object. - Prevention of Wrinkles and Bubbles The machine applies pressure uniformly, resulting in a beautiful appearance and a high-quality finish that is difficult to peel off. - Reduction of Defect Rate Human errors are eliminated, making it easier to standardize product specifications. ■Dramatic Improvement in Productivity - Overwhelming Processing Speed Taping is completed at speeds several times to over a dozen times faster than manual work. - Continuous Operation for 24 Hours There is no slowdown due to fatigue, allowing for long hours of continuous operation across shifts. - Shortening of Takt Time Takt time is standardized, enhancing overall efficiency. ■Cost Reduction - Reduction of Labor Costs Personnel required for simple, repetitive tasks can be reduced, allowing for reallocation to higher value-added processes. - Savings on Materials (Tape) By accurately calculating and cutting the minimum necessary length, material waste is reduced. ■Improvement of Working Environment and Enhancement of Safety - Prevention of Occupational Accidents The repetitive actions of pulling, cutting, and wrapping tape place a significant burden on the wrists and fingers, but automation prevents occupational diseases for workers.

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Applications/Examples of results

■ Diamond Saw Cutting Machine (Automatic Pipe Cutting Machine Using Image Processing Technology) The "Chikyu," belonging to the Japan Agency for Marine-Earth Science and Technology, has successfully conducted the world's first rare earth mud extraction. Our FA technology is utilized in the important process of "pipe cutting" after the recovery. ■ Vacuum Suction Palletizing Robot Since it is necessary to stack items high, it has a longer vertical reach than a standard robotic arm. It automates the heavy labor of lifting and stacking cardboard and other materials using suction cups. ■ High-Speed Bulk Picking System Parts stacked randomly are recognized by a 3D sensor and image processing engine, allowing the robot to pick them up at the appropriate angle. ■ AI Visual Inspection Integrated Robot By utilizing deep learning for image analysis, it can identify scratches, dirt, and foreign matter. Only products that pass inspection are transported to the next process. ■ Image Processing × Robot Conventional robotic systems excelled at "repetitive tasks," moving items from predetermined positions in a specified manner. By integrating an image processing system (machine vision), robots have gained the "flexibility" to assess their surroundings in real-time.