What is spatial accuracy correction that can eliminate the personalization of processing program creation?
Improving machining accuracy of machining centers through numerical correction contributes to solving issues in the processing site, such as "uniformity of processing quality" and "reduction of startup time."
Even with the same model of machine tools, there are subtle differences in precision between each machine. Therefore, if you use the NC programs output from CAM as they are, you may not achieve the required precision, or there may be discrepancies in workpiece accuracy depending on the machine used for processing. Our company offers a contract service for precision measurement and correction of machine tools, which requires technology and know-how to perform in-house, to general users of machine tools. 【Benefits of Spatial Precision Correction】 ■ Processing programs can be reused directly on different machines (suitable for mass production) ■ Significant reduction in program modifications during startup (suitable for small batch processing) ■ Elimination of reliance on specific individuals for program creation ■ Processing can be done directly with programs output from CAM ■ Improved dimensional stability during high-volume production *For more details, please refer to the PDF materials or feel free to contact us.
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Spatial accuracy measurement is a technology that has begun to spread in the last decade or so. However, due to the complexity of the measurement methods, it is not realistic for users to perform the measurements themselves. Therefore, our company conducts spatial accuracy measurements on behalf of the users and generates and provides correction parameters tailored to the NC using our unique algorithm based on the results. Additionally, we can assist with improving the accuracy of the machining workpieces as needed.