Interaction between the physical and the digital world is an important technology for industries. With a better human-machine interaction, industries work faster, make better-quality products and waste a lot less resources. Tracking human movements has many industrial use case. The 3D human body it creates, you can then use a VR software solution.
Discover our interview of Jason Konrath, Xsens Product Manager, talking about the powerful combination of Xsens and TechViz.
What you will find in this interview:
I am Jason Konrath, and I am the Product Manager of 3D Body motion within Xsens.
Xsens is a 3D motion tracking technology. Its sensor fusion technologies allows an interaction between the physical and digital world. Its applications include health/clinical, sport, ergonomics, and 3D character animation. The advantages of Xsens are that you don't have to install any camera to track things, and the trackers are more convenient than any traditional optical trackers as they consist of small sensors placed on the user. And it is also quicker to set up Xsens.
TechViz is a strong player in combining data, without any data conversion, from several sources into one environment and visualize it in different ways (normal screen/powerwall/cave/HMDs). You just have to load your CAD model, and you can visualize it instantly in virtual reality. Xsens integrates with major software packages and by adding TechViz, our customer can work with over 200 software packages. Plus, with the integration into TechViz, Xsens’ customers can up their game in their design verification projects in a high-tech, but still easy to use end solution, and perform their analysis in a more realistic and therefore more effective way.
We plan to use TechViz as often as possible to our commercial demos and at our worldwide events.
We mainly aim to advise Xsens’ potential customers to use TechViz in case they are involved in virtual design verification, since we believe TechViz may offer a high tech end solution once integrated with MVN and TechViz is finalized. What part does technology (3D technology in particular) play in your process?
An important part, as we can now make adjustments in the design process in VR before making the actual product, saving time and money. Let's talk about virtual reality!
We decided to turn to VR because, coupled with our technology, it brings added value to customers in the automotive and manufacturing sectors. Both technologies enable a synergy to perform ergonomic studies, with direct benefits to the customers.
We have the Xsens MVN body tracking which is fully compatible with VR. Hardware setups includes the MVN link in which the sensors are located in a lycra suit connected via wires and to a body pack, which outputs at 240Hz; while the MVN Awinda has a wireless set-up that is held in place on the segments with straps and outputs at 60 Hz. Such benefits of a wireless setup potentially allow quick changeover times between participant set-ups.
We do applications in various forms of 3D body motion, including ergonomics, biomechanics, sports science, health and clinical, musculoskeletal modelling and 3D character animation.
Examples of end users with these applications may include, but not limited to:
The sales and support team within the 3D Body Motion department is using the integration of Xsens MVN and TechViz, to provide a smooth and high tech solution to customers involved in virtual design verification and ergonomics. At this stage it is still relatively new, but from the few people that have tested it, it seems to have big potential and ease of use.
It’s generally used to validate with the Customer milestones of a project. Some examples include:
Measuring what happens when a user enters a vehicle. Validating ergonomics inside a virtual vehicle to see if the user sits comfortably and ergonomically appropriate.
Comprehensive analysis of postures of workers in the assembly line of a factory have been analyzed in the initial stages of product development. We are also able to check accessibility of a dashboard and commands (in a vehicle, plane, tractor cabine etc.) in virtual reality.
Absolutely, the Xsens MVN body tracking system can indeed be used in collaborative projects. Moreover, it can be visualized thanks virtual softwares such as TechViz and 3D visualization tools provided by virtual systems such as HMDs, powerwalls or immersive large system.
We are very satisfied with our investment: we made a great number of commercial demonstrations during Laval Virtual 2018 show. Unfortunately, the system is dedicated for R&D at this stage, so it may be too early to assess ROI on a solution based in it.
We mainly aim to advise Xsens’ potential customers to use the capabilities of TechViz in virtual reality in the instance where customers are involved in virtual design verification.
Currently, we are very pleased with the services that have been provided, there is a common goal between our two companies. And I have no doubt that this is a collaboration that contains a lot of merit and potential to improve many industrial applications.