[Video] The Key to Successful Robot Polishing - What is a Floating Mechanism?
For those who think that introducing robots has a "high technical hurdle"! Here are key points to achieve a simple structure.
The robotization of the polishing process is often perceived as having a high technical hurdle, making implementation seem difficult. However, by utilizing a floating mechanism (following mechanism), it is possible to achieve a simple design. On this page, you can watch a video explaining such floating mechanisms (following mechanisms). ★↓You can watch the video just below↓★ 〈Points of the Floating Mechanism〉 - It allows for operation that considers the dimensional changes due to both the workpiece (the item being polished) and the polishing material being worn down. - It maintains a state where the polishing material continues to contact the surface of the workpiece. - It can accommodate uneven surfaces and curved surfaces. If you are facing challenges in the robotization of the polishing process, please feel free to contact us. *Currently, you can download "Case Study Materials" and "Guide to Automating the Polishing Process." *If you wish to visit our Robot Polishing Lab, please feel free to contact us.
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<Information about the Polishing Lab> Our Customer Technical Center located at the Sagamihara office has a robotic polishing lab. We can conduct evaluations of manual polishing processes as well as polishing processes using robots. If you are interested, please contact us, and a representative will get in touch with you. *Advance reservation is required. <Handling of Personal Information> 3M Japan Co., Ltd. handles personal information based on the personal information handling policy and privacy policy outlined in the link below. https://www.3mcompany.jp/3M/ja_JP/company-jp/handle-personal-information/ 3M respects your privacy. 3M and third parties contracted by 3M may use the information you provide to communicate with you, including promotions and product information and service offerings, in accordance with our personal information handling policy and privacy policy. Please be aware that this information may be stored on servers located in the United States. If you do not agree to the use of your personal information, please do not use this system.
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If there is no floating mechanism, teaching (robot teaching) that does not take into account the wear of the crayon cannot continue to draw lines.
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If there is a floating mechanism, it can apply a constant pressure, allowing the robot to continue drawing even as the crayon wears down, thanks to its simple position control.
