Development of an optical detection unit suitable for non-cylindrical shapes! Surface inspection of 8 cams can be performed within 15 seconds.
As an example of a non-cylindrical component, we developed an automatic inspection device for micro-casting defects on the surface of automotive camshafts. The defect detection accuracy is over 0.1mm, and the inspection time depends on the number of sensors, but it can inspect the surfaces of 8 camshafts within 15 seconds. This development received technical support from the National Institute of Advanced Industrial Science and Technology (AIST) Chugoku Center. [Key Points of Technology Development] - Development of an optical detection unit suitable for non-cylindrical shapes - Reception of reflected laser spot light with two long PSDs around the entire circumference - Development of a defect discrimination algorithm based on variable reflected light intensity data *For more details, please refer to the PDF document or feel free to contact us.
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Are you facing any difficulties on-site? With over 30 years of experience in embedded development technology, we develop custom devices for problem-solving. We provide a one-stop solution for hardware, software, and mechanics. **Company Strengths** We develop custom embedded systems. We handle everything in-house, from hardware development and software development to mechanical production and sales. We mainly provide inspection devices, autonomous robots, measuring instruments, and circuit boards for factories, educational institutions such as universities, research institutions, and companies that require inspections. **Awards and Media Coverage** - Minister of Science and Technology Award (1994 / Robot Sumo Tournament) - 11-time Champion of the Micromouse National Championship (1981, 1982, 1984, 1987, 1988, 1989, 1991, 1992, 1994, 1996, 2002) - Champion of the Micromouse World Championship (1985 / Tsukuba Expo) - Champion of the 7th APEC Micromouse Competition (1993) - Japan Society of Mechanical Engineers Shikoku Branch Award for Technical Innovation (2003) **Social Contribution** Providing robot technology and products to nearby schools (universities, technical colleges, etc.).