Some companies spend countless hours building prototypes in real life and conducting tests on physical products. CAD software like SolidWorks have helped many engineers and designers by enabling them to work with 3D models. What if you could go even further with virtual reality?
Collision detection is an essential aspect of AR / VR simulation. Does this new Ikea sofa you have an eye on really fit into that funky-shaped corner of your living room? This really is the question you would like answered when using the AR app on your tablet. Well, sometimes other industries have the same question when fitting machine-tools in factories.
In industries such as engineering, manufacturing and architecture, some of the biggest benefits of testing designs in VR is to assess the integration of different 3D elements or integration of the human factor with the CAD model. Collision detection can also enhance the realism of the VR experience, making it more effective for training and evaluation. In this article, we will define what 3D collisions are and how they can be used across many industries.
Designing and manufacturing aircrafts is quite a challenge. The million parts composing a plane must be as light as possible, while extremely resistant, and they must be assembled in a precise order. This has to be done in a context of fully globalized supply chains, with subassemblies prepared in different locations across the globe.
Hence you should watch for some key issues:
- The risk of conception errors is multiplied by the number of contractors and workers involved in the project
VR is everywhere with a broad variety of industrial application, and the potential to revolutionize many others. The potential of virtual reality technology is endless and drives digital transformation
VR is an innovation that’s been around since the 90’s and - even though companies are more and more preoccupied by digital trust - VR is now widely used in the professional area. It is transforming today, and gives everyone with an engineering background the possibility to shape tomorrow. Thanks to virtual reality, engineers and developers can predict and solve issues before they happen.
Topics: vr headsets, finger tracking, Workstation ergonomics, Virtual manikin, body tracking, VR engineering, Vr design review, VR maintenance, cockpit ergonomics, 3D data visualization, Specialized training, AR/VR collaboration, hand tracking, virtual assembly, Immersive room / CAVE, Powerwall
Updated July 25, 2022
Generally produced by laser scanning (LiDAR) or photogrammetry, a point cloud is a set of points in space,. Depending on their density, these points help you visualize the external surfaces of objects or environments, as they enable to have a 3D reaslistic representation of an existing environment.. Therefore, they are often used in the construction industry, along with BIM models.
But such sets of data can do a lot more for your industry: 3D scanning technology enables you to capture a digital copy of an object, when creating a CAD model from scratch can be long, costly and complex. Let’s see why point clouds in virtual reality can be a great asset for your industry and how to use it efficiently.
It has become quite common for industries to rely on 3D models to design their products. Things get more complicated when it comes to process-design. VR takes manufacturing a step further, making it possible to visualize or simulate assembly process, maintenance scenario or quality control. Virtual reality offers many benefits for manufacturing.
Let’s see how VR can be a game-changer for manufacturing plants, through 4 real-life situations in which Virtual Reality has helped engineers optimize the design of a virtual assembly line