Differences between a 3D laser deburring machine (milling type) and conventional methods.
Processing based on the work! It can cover cutting unevenness with high output and high-speed rotation.
We would like to introduce the differences between the conventional milling method and our "3D contour deburring machine" handled by Nippon Seiryoki Kikai Co., Ltd. In conventional methods, issues such as "deviations in finished dimensions due to cumulative errors from temperature, return, shrinkage, etc.," "indentation caused by cutting resistance," and "influence of cutting conditions due to differences in rotation speed, feed rate, and burr size" occurred. In our method, we can absorb cumulative errors with a floating tool and stabilize the process with the settings of the navigation tool and cutting tool. [Our Method] - Absorbs cumulative errors with a floating tool - Processes based on the workpiece - Stabilizes with the settings of the navigation tool and cutting tool - Covers cutting unevenness with high power and high-speed rotation *For more details, please refer to the PDF materials or feel free to contact us.
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【Conventional Method】 ■ Distortion in finished dimensions due to cumulative errors Distortion of the workpiece (temperature, return, shrinkage) ■ Ingress due to cutting resistance ■ Affected by cutting conditions Differences in rotation speed, feed rate, and size of burrs *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Since our establishment, we have been developing various machinery and equipment with the themes of labor-saving and efficiency. We have produced over 700 types, and our technological capabilities are highly regarded. Currently, we support the automation lines of production sites in various industries, including automotive, electronics, semiconductors, and medical devices. In the future, we aim to actively develop our own branded products and expand our market.