Dynamic angle measurements created in ProAnalyst track the rotation of this watch gear as the spring on its axle tightens and releases. ProAnalyst is used by many of the world's premier watchmakers, including Rolex, TAG Heuer, Breitling, and Omega, to perform the precise analysis required by their product design engineers.
MIT researchers use ProAnalyst to study the kinematic motion of a robot catching a soft ball in midair. ProAnalyst's automatic 2-D tracking continuously calculates the angle measurements of three pincer joints as the robot catches a ball. The Contour Tracking toolkit quantifies the deformation of the ball as the robot squeezes it.
ProAnalyst, tracks moving objects across high frame rate videography data. This approach does not use deep learning but relies on built-in machine learning algorithms for automated tracking, which provides an easier point of entry for researchers with limited time for software development or computing power.
This manufacturing and packaging video demonstrates the importance of oversight for intricate high-speed machinery. ProCapture motion capture systems feature up to 8 compact cameras that can be positioned in tight spaces. Five hours maximum recording duration ensures that you don't miss any of the action. A variety of triggering methods ensures that every significant occurrence is bookmarked. When the recording session is complete, the ability to slow down or stop the video lets you focus on critical processes.
Production line monitoring is a key focus for the manufacturing industry. This video shows a machine error in progress. ProCapture motion capture systems recording at up to 500 frames per second can pinpoint minute errors that cause complex problems in this high-speed environment. ProAnalyst motion analysis software included with every ProCapture system allows you to further analyze, troubleshoot, and eliminate production line errors.
Reminder: End of Support for ProAnalyst v1 coming January 1, 2025
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