Automating the deburring of holes in machined parts using the SCHUNK deburring tool "R-EMENDO" and Universal Robots.
For this case, we visited our German tool partner, SCHUNK. We visited their CoLab and conducted mutual testing of their material removal application tools, the R-EMENDO series, and Mimic. We focused on deburring with robots. As demonstrated in the video below, Mimic can shape items accurately and effectively without using code. The robot simply follows the movements of the operator's hand. By automating this process, we can improve the overall productivity of the manufacturing process, even without programming skills.
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basic information
What is the automatic deburring process? Automatic deburring is a process that uses technology to remove burrs, or small sharp edges, from the surface of materials. This procedure is often carried out to enhance the utility, safety, and aesthetics of the finished product. Automatic deburring technology has gained popularity recently due to its many advantages over traditional manual deburring techniques. One of the main advantages of automatic deburring is that it is significantly faster and more efficient than manual methods. Manufacturers can save a considerable amount of time and costs by using automated systems to quickly deburr many parts. Additionally, these systems can often deburr parts with higher precision and accuracy than manual methods, resulting in improved quality of the finished product.
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The overall cost of the system varies depending on the size of the robot and the tools used. For more details, please contact our company.
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| Model number | overview |
|---|---|
| FT Mimic |
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Company information
Linkage is a company established to assist in automation by combining products and technologies from overseas manufacturers with the skills of Japanese users. We create opportunities for the introduction of robotic systems and devices to compensate for the labor shortage in Japanese manufacturing through EOAT (End of Arm Tooling, such as robotic hands and polishing kits).
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