Automation of laser cleaning by robots is possible! A laser cleaner that can remove scale from steel materials in surface preparation before welding.
Laser cleaning is a process that uses laser light to irradiate the target material, utilizing the evaporation of substances and shock pressure to detach the target material from the substrate surface. Furthermore, this process is automated through automatic contour control using three-dimensional measurement data. 【Features】 ■ Cleaning quality is controlled through state monitoring ■ Capable of handling irregular and unspecified shapes through shape recognition via image processing ■ Automation is achieved using robots *For more details, please refer to the PDF document or feel free to contact us.
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basic information
Main Components of Robot Automatic Imitation Control - Laser Cleaner - Robot, Imitation Control Controller - 3D Camera, Laser & Camera Controller *For more details, please refer to the PDF document or feel free to contact us.
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Applications/Examples of results
Material: SS400 beveled flat plate (9t), piping 100A Purpose of cleaning: Removal of scale by laser before welding
Detailed information
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Photos (top left, bottom left): Laser black skin removal area Photos (top right, bottom right): Welding test
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Company information
Our Robotics Division provides one-stop solutions for quality improvement and productivity enhancement through the automation of production equipment across a wide range of industries, including steel manufacturers, coil centers, automotive and automotive parts manufacturers, chemicals, and ceramics. This encompasses everything from development and planning design to manufacturing, assembly, trial operation startup, and post-operation maintenance. As specialized areas, we offer "production rationalization equipment," "automated robot systems," "measurement and inspection systems," and "testing and research equipment." Additionally, we are engaged in the development of automation technologies and products that incorporate advanced technologies such as new robots, image processing systems, 3D vision, and force sensors.
