VR labs

VR laboratories allow equipment and assets to be transferred into virtual reality for interaction. They enable practical training in handling reagents and tools, as well as simulating emergency situations to learn from mistakes. VR visually demonstrates physical, chemical, and other processes without posing a threat to life.

VR laboratories are also used for prototyping before creating real objects and structures. They aid in the development and testing of new products and technologies, allowing engineers to assess the functionality and effectiveness of their ideas in conditions that closely resemble reality.

Tasks solved by VR laboratories:

Facilitate the deployment of a laboratory anywhere.

Eliminate the need for physical equipment and reagents.

Avoid the consequences of errors and injuries.

Replicate inaccessible equipment and working conditions.

Visualize calculations and experimental results.

Enable the testing of theoretical ideas and prototypes.

VR laboratories are used when:

Providing significant safety measures for a physical laboratory is impractical or costly.

The laboratory's purpose aligns with clear educational objectives rather than high-level scientific research.

The cost of laboratory equipment is unjustifiably high, requiring an alternative solution.

A large number of standard laboratories are needed, with VR allowing for unlimited scalability of workstations.

Mobility is required, allowing the transportation of the laboratory without additional costs and risks.

Examples of VR laboratories:

X-ray laboratory in VR

X-ray laboratory in VR

Chemical laboratory in VR

Chemical laboratory in VR

SIEMENS turbine prototyping in VR

SIEMENS turbine prototyping in VR

VR prototyping platform

VR prototyping platform

Aircraft prototyping

Aircraft prototyping

Siemens equipment prototyping

Siemens equipment prototyping

ZEISS laboratory

ZEISS laboratory

Educational platform for nurses

Educational platform for nurses

Engine prototyping

Engine prototyping

Anatomy laboratory in VR

Anatomy laboratory in VR

VR workshop prototyping

VR workshop prototyping

Physics VR laboratory

Physics VR laboratory

X-ray laboratory

X-ray laboratory

VR lab for nurses

VR lab for nurses

BioMerieux laboratory equipment

BioMerieux laboratory equipment

Electrical engineering laboratory

Electrical engineering laboratory

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Let's get acquainted

Versus Games studio develops interactive applications for business and video games. We solve the most non-standard tasks of our clients.

Stack — C#, C++, Python, Qt, .Net, Unity and Unreal.

Platforms — PC, VR and smartphones.



Our goal is your success

Interactive solutions allow you to achieve any KPI: increase sales, brand awareness and company status; reduce training and hiring costs; improve work efficiency and safety.

10 yrsin software and video game development
> 50projects with our participation
> 20areas of application
5 regionsworldwide experience

How much does it cost?

Versus Games studio creates VR solutions for any task, from unique to universal, so pricing is individual.
The cost is calculated according to the terms of reference. Our approximate prices are:
Pilot
From $ 7 000
Simple solution

You are probably trying VR/MR for the first time. You need a simple or pilot product. The budget is very limited. You have an idea that needs a test prototype. Your industry doesn't use VR/MR yet and you want to be early bird.

Standart
From $ 15 000
Extended product

You understand how the product should work. You have ready-made requirements for features and functionality. There are references or examples that can be used. Probably you need to port your solution from another platform to VR/AR.

Advanced
From $ 25 000
Advanced system

You are familiar with VR/AR and know what you need. You may need to associate VR/AR with a specific SaaS or local infrastructure. The project involves technical complexity or a lot of work, or you want something unimaginable.

Production Conditions:

Specialized computer software, such as the Adobe product line and the Unity Engine game engine, is used to create virtual 3D models and photorealistic locations.

Before starting the work, the team studies the client’s industry and gains a thorough understanding of the key aspects before proceeding with production.

The work begins with the formation of a technical specification and commences after its approval, signing of the contract, and payment of the deposit.

Development time: from four weeks.
Can't make a choice?
Leave a contacts — and we will help you!

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