Capture the motion of a persons movements
With body tracking capture the motion of a persons movements using optical or IMU based trackers.
Get in touch with our 3D professionals
Tracklab Volume App
Setting up an optical motion capture system can be complex, especially for first time users and larger volumes.
Tracking for Sports Science
Embrace ultra-high accuracy tracking tools to compare performance and customise athlete training to achieve quicker results.
TVA
This app makes it easier to visualise the 3D tracking volume so that users can plan where to place the cameras, ensuring that the area available is fully utilised, without compromising on the quality.
Book a Demo
Book a demo with Tracklab to explore cutting-edge solutions tailored to your industry.
03 7018 2121
Leverage ultra-high accuracy tracking and allow professionals and students to gain access to realistic training and industry tools. EMG, Optical, IMU and Magnetic solutions offer an array of solutions and medical setup scenarios.
Tracklab provides a whole range of solutions to facilitate state of the art tracking in your facilities.
Contact Us
03 9687 8638
7A Kent Street, Yarraville, VIC 3013 Australia.
Tracklab
Industry standard solutions from Tracklab
EMG and IMU products for high quality research and medical institutes.
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OptiTrack real time, low latency, precision 6DoF tracking, for medical facilities.
IMU self-contained system measuring linear and angular motion.
Tracklab’s solutions are used in some of the world’s leading medical facilities
The Sensory Motor Performance Program at the Rehabilitation Institute of Chicago (RIC) and Northwestern University used a Delsys dEMG™ System to answer questions and better access neuromuscular changes in post-stroke patients.Read More
Neuroscientists at University of Rochester Medical Center (URMC) use OptiTrack to study diseases like Autism, Alzheimer’s, and traumatic brain injury.Read More
Holosurgical’ARAI, utilising OptiTrack, enables minimally invasive surgical procedures through the worlds first real-time augmented reality surgery.
Aalborg University utilised Xsens MVN Analyze to investigate an analysis approach to estimate the internal loading on the lumbar spine exclusively.Read More
