What is the 3D motion measurement system 'Motion Capture'? *Materials are being distributed.

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last updated：Mar 23, 2021

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"Capable of measuring displacements up to 30μm" We are currently offering explanatory materials on 'motion capture' that can obtain the three-dimensional coordinates of the position where markers are attached.

This document summarizes and explains the basic concepts of motion capture (non-contact 3D motion measurement systems), including "the mechanism of motion capture," "the history of motion capture," and "types of motion capture." 【Contents】 ■ What is motion capture? ■ History of motion capture ■ Types of motion capture (Optical / Inertial / Mechanical / Magnetic) ■ Measurement principles, main equipment, and steps to measurement ■ Workflow ■ List of analysis items By using motion capture, it becomes possible to measure long objects and complex shapes that were traditionally difficult to measure in three-dimensional space! <Solution Examples> 〇 Non-contact dynamic behavior measurement system using motion capture 〇 Poka-yoke system for screw tightening inspection using motion capture 〇 3D dimensional measurement system capable of measuring 3D coordinates and various geometric elements Documents on each system using motion capture can also be viewed from 'PDF Download.' *For more details, please refer to the PDF document or feel free to contact us.

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<Non-contact dynamic behavior measurement system using motion capture> [For those who are struggling with the following] ■ Want to measure 3D displacement at multiple points, but it's difficult to physically install displacement meters ■ Want to replace analog measurements with digital measurements to reduce labor costs <Error-proofing system for screw tightening inspection using motion capture> [For those who are struggling with the following] ■ No matter how many checks are performed, forgetting to tighten screws always happens ■ Using seals and double-checks is labor-intensive ■ Introduced digital torque wrenches to eliminate under-torque and over-torque issues, but there are many tightening points, and sometimes the same point is tightened multiple times <3D measurement system capable of measuring 3D coordinates and various geometric elements> [For those who are struggling with the following] ■ Measurement with calipers and measuring tapes has a large variation in results ■ When results are recorded by hand or typed into a PC, recording/input errors inevitably occur *For more details, please refer to the PDF document or feel free to contact us.