What is the 3D motion measurement system "Motion Capture"? *Materials are currently being distributed.
"Capable of measuring displacements up to 30μm" A presentation document explaining 'motion capture' that can obtain the three-dimensional coordinates of the position where markers are attached is currently being offered.
This document summarizes and explains the basic concepts of motion capture (non-contact 3D motion measurement systems), including "how motion capture works," "the history of motion capture," and "types of motion capture." 【Contents】 ■ What is motion capture? ■ The 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 with 3D measurement! <Examples of Solutions> 〇 Non-contact dynamic behavior measurement system using motion capture 〇 Poka-yoke system for screw tightening inspection using motion capture 〇 3D measurement system capable of measuring 3D coordinates and various geometric elements Documents regarding 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 facing these issues] ■ Want to measure 3D displacement at multiple points, but it's difficult to physically install displacement meters ■ Want to replace analog measurement with digital measurement to reduce labor costs <Error-proofing system for screw tightening inspection using motion capture> [For those who are facing these issues] ■ No matter how many checks are done, forgetting to tighten screws always happens ■ Using seals and double-checking, which incurs additional labor ■ Introduced digital torque wrenches to eliminate under-torque and over-torque, but there are many tightening points, and sometimes the same point is tightened again <3D measurement system capable of measuring 3D coordinates and various geometric elements> [For those who are facing these issues] ■ Measurement with calipers and tape measures has a large variation in results ■ If 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.
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For more details, please refer to the PDF document or feel free to contact us.
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![[System Introduction & Case Study] Error-Proofing System for Screw Tightening Inspection Using Motion Capture](https://image.mono.ipros.com/public/catalog/image/01/562/512725/IPROS47480058153655488235.jpeg?w=120&h=170)
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Our company is engaged in "motion capture," "displacement measurement for structural testing," "behavior measurement related to automotive parts," "robot control/robot behavior analysis," "RC/floor slab/steel dimension measurement," "poka-yoke," "work analysis," and "application software development." Additionally, we will continue to actively engage in various energy businesses, such as operational gas cogeneration and fuel cells, which are expected to become increasingly active in the future. We will strive to be recognized as a company that can provide total coordination from environmental verification to installation, meeting our clients' needs and ensuring their satisfaction. We are also committed to strengthening collaboration between industry, academia, and government, and we aim to expand high-level projects that contribute to society.