Optis Talk About How VR Simulation Can Improve Manufacturing

Optis are a leading simulation company that have worked with various companies and brands to create high-fidelity simulations to simulate a product so its design can be previewed in full before it is built.

Nina speaks to Claire Pietu, Application Engineer for Optis World about the company’s working virtual reality (VR) and how this technology can help companies develop new products more cheaply and efficiently.

Pietu said that one of the advantages of the Optis system is that it can scan different materials for inclusion into the simulation, allowing companies to test out different types of materials without having to build a large, expensive prototype.

Optis aim to produce simulations that are true, and accurate, properly corresponding to how an object would react in the real world according to lighting, material properties and so on. Pietu says this is particularly important when people are making decisions based on a simulation model instead of a physical prototype.

One of the largest customers for the Optis VR software is the automotive industry, where almost every major automotive manufacturer uses Optis software to design new models, decide on interior lighting, headlight design, and more recently, the heads-up display. The company also works with producing simulations for military applications and in the electronics industry.

Pietu commented that VR allows for a more complete picture, due to its immersive nature. She said that some decisions are possible when simply looking at a scree, but the ‘presence’ of being in VR gives a much clearer picture of the reality of the simulation model and how it would be in real life.

OPTIS

In other contexts, Optis can use more interactive VR simulations that are not restricted to just visuals. Optis have produced demonstrations in VR featuring things like a production line where manufacturing businesses can pick up different parts to see if they will fit together smoothly.

The full interview is available to view below. Keep watching VRFocus for more news from the VR industry.

Virtually At The Wheel With OPTIS and Elektrobit

The basic layout of the inside of the car has remained almost the same for several decades now. Though technology such as satellite navigation has found a home on the dashboard, it has changed little of the fundamental layout. That might be about to change, thanks to augmented reality (AR).

Virtual reality (VR) prototyping company OPTIS have partnered with embedded software company Elektrobit to provide AR heads-up-display (HUD) systems for automotive use.

The two companies plan to combine their knowledge of automotive solutions to create a system that can be used by car manufacturers to asses AR content. The AR HUD can be utilised to highlight objects, persons and areas in order to direct the driver’s attention to important road signs, pedestrians or other vehicles. The OPTIS system allows driving scenarios to be tested in real-life driving conditions from the safety of a VR environment.

“By combining our expertise, automakers will be able to assess augmented reality content in a life-like driving experience,” said Ludovic Manillier, HUD Solution Director at OPTIS. “We are very proud to contribute to speeding up AR HUDs’ time-to-market as virtual testing enables a very short iteration loop between embedded software development and test and driver experience.”

The impetus behind the development of AR HUD systems is to improve safety by providing drivers with the right information at the right time and creating a path towards automated vehicles in the future.

“Augmented reality is opening new doors for carmakers and drivers. By augmenting the car’s environment, this solution aims to reassure the driver and give them total confidence in their vehicle,” says Martin Schleicher, EVP, Head of Business Management, Elektrobit. “Carmakers invest a lot of time and energy in selecting the best solution for their vehicles. Thanks to our partnership with OPTIS, they now can offer their customers a safer and more comfortable driving experience without having to procure new hardware.”

For further news on new and innovative uses of VR and AR technology, keep watching VRFocus.

OPTIS and Almeco Present VR Showroom Experience

OPTIS, a pioneer and world-leading solution provider in lighting simulation solutions has announced a collaboration with Almeco, a world-leader in aluminum production to present a virtual reality (VR) showroom.

The collaboration between the two companies is the outcome of a long-term relationship which the two started back in 2006. OPTIS is a trust partner thanks to its expertise in optical simulation with Almeco extensively using OPTIS’ flagship software, SPEOS, to provide light simulations based on the physical laws of the optics for design and engineering of their aluminum reflectors.

Almeco OPTIS Hero

Jacopo Mori, Engineering and New Projects Manager at Almeco Group explains: “Directly integrated into SOLIDWORKS, OPTIS’ SPEOS is the best-renowned solution on the market to design and experience your future product even before it exists because it is based on the physical laws of optics, you get ultra-realistic renderings of your future product and make early decisions on your product’s material and texture. That is why we use OPTIS’ solution: to showcase our aluminum expertise in life-like conditions”.

The VR showroom will allow for a unique and immersive way to explore the range of lighting solutions on offer. This will be on display at Light+Building 2018 in Frankfurt, Germany which is currently running until 23rd March. Key members in the lighting and architecture industry from across Europe will be at the show and experiencing the new VR showroom that was been created. Additionally, Almeco will be contributing the technology to the show and demonstrating their lighting reflectors and solutions all in virtual space for the first time.

Julien Duchene, Business Development Manager at OPTIS commented on the announcement by adding: “Today, virtual reality simulations are indispensable tools to get an accurate representation of consumer products manufacturers and to design merchandising programs that truly meet the needs of customers, we are thrilled to be able to help Almeco showcase their products and materials through ultra-realistic simulations and a virtual reality exploration for a real-life rendering.”

Almeco have continued to focus efforts into research and development of solutions and aimed to use the best technology available to aid in designing their product lineup. With the capacities of the latest SPEOS software, Almeco is able to provide experiences and lifelike demonstrations all within VR.

For more stories like this in the future keep reading VRFocus.

OPTIS And The Virtual Engineering Centre Partner To Bring VR Productivity To UK Industries

Virtual reality (VR), together with augmented reality (AR) and mixed reality (MR) can be used in incredible new ways to modernise and revolutionise the workflow of a great many industries. We’ve seen it be picked up of course by the health and education industries, but also in automative industries where AR and MR visualisation offer a massive advantage in production.

virtual engineering centre

Now, OPTIS are partnering with the Virtual Engineering Centre to bring the capabilities and possibilities to light for a variety of industries in the UK. Business clients can access the facilities at Daresbury, near Warrington and Central London, and use the digital technologies to test their products and processes in a digital environment.

Last year OPTIS introduced new software designed for VR prototyping, using Nvidia Quadro GPUs to power full-scale 3D prototypes with high levels of detail and realism. The VR environment allows team from across the globe to collaborate in a shared space.

Virtual prototypes save money on physical prototypes and allow designers and companies to view their creations in real time and quickly highlight any design issues. The Virtual Engineering Centre hope that this will bring together industry professionals and find new ways to increase productivity and keep the UK competitive in the global market when it comes to new technologies.

Fabrice Mekersi, Vice President EMEA of OPTIS, comments on the partnership, saying; “With OPTIS’ human vision and light simulation expertise coupled to the Centre’s facilities and skills, we can offer real benefits to our industrial partners and win them a competitive advantage in their Markets. As of now, UK businesses can explore how immersive virtual reality can be integrated into products and manufacturing processes, as OPTIS’ VR solutions make it possible to simulate every step of the industrial process from the very first prototype to final validation.”

Dr Charles Patchett, Technology Expert at Virtual Engineering Centre has also said; “Virtual reality is a sheer luck for industries to gain valuable manufacturing time, and to get a head start on future: this is the issue of our agreement.”

We can only hope that the new partnership will enable many businesses to see the benefits and potential gains to productivity that can be achieved by incorporating new technologies into their work flow. As VR is adapted more and more, you’ll read about it on VRFocus.

OPTIS Introduces New Software For VR Prototyping

When using digital models for prototyping what will eventually be physical objects, it’s vitally important that they behave as closely as possible like objects in the real world. With that in mind OPTIS heave announced a new version of the HIM software that integrates video, audio and haptic feedback to create a more realistic simulation.

The HIM software is powered by Nvidia technology, using Quadro GPU’s to provide the power needed to create full-scale 3D prototypes with a high level of detail and realism. HIM allows for full-body tracking and motion capture so products can be evaluated by potential end-users in a virtual environment long before a physical product is produced. Collision detection uses Nvidia PhysX, part of the VRWorks software development kit. HIM also has integrated, for the first time, VR audio to create accurate simulations of sound propagation and create a more immersive experience.

The main thrust of the OPTIS HIM software is to allow team members who may be scattered across the globe to be more collaborative and become more involved in the various stages of project design and development. With a VR environment it becomes easier to pass across information, as communication barriers are lowered. In addition, questions of safety can also be addressed as HIM allows every stage of production to be modelled, including the production line, so bottlenecks or safety concerns can be tested and corrected before the product is put into production.

“Soon, robots will gain ground in the design process and in industrial manufacturing in general. OPTIS’ solutions facilitate the upstream work, the use of the virtual reality favoring human-machine interactions.” says Jacques Delacour, CEO and founder of OPTIS.

VRFocus will continue to bring you news of developments in VR.