VR development

Virtual Reality (VR) has elevated our scientific storytelling to a new level.

We fully immerse the user into our 3D film sets and take them on an engaging ride inside the human body.

Our virtual storytelling brings the science behind a product to life.

This storytelling format, combined with this state-of-the-art technology, brings intricate and highly complex messages to life, allowing the user to gain a deeper understanding of the science behind a medical product or disease area.

VR technologies teleports us to another world, making it the perfect scientific visualization tool. Users can follow a drug’s journey through the human body or view the molecular structure from different angles. It’s easy to see how such technology has opened up a new world and new means of communication for the pharmaceutical and healthcare industry.

  • MUSE Creative Awards 2023
    Platinum Winner
    Video - Medical: iBio
    MUSE Creative Awards 2023
  • Gold Winner
    Video - Animation: Alamar Biosciences
    MUSE Creative Awards 2023
  • Gold Winner
    Video - Medical: Alamar Biosciences
    MUSE Creative Awards 2023
  • Silver Winner
    Video - Technology/Science: Alamar Biosciences
    MUSE Creative Awards 2023
  • Award of Distinction
    360/VR: Exeltis Experience
    25th Annual Communicator Awards, 2019
  • Gold Award
    360/VR: Exeltis Experience
    Cannes Corporate Media & TV Awards, 2019
  • Bronze Award
    360/VR: Exeltis Experience
    Creativity International 49th Media & Interactive Design Awards, 2019
  • Silver Award
    Pharma/Film: Astellas Pharma
    Creative MedMen Awards 2020

Which industries need VR development?

VR for training and education is going to be around for a while. However, the companies embracing VR and AR are now showing a commitment to the future and will be one step ahead of the competition when they finally embrace it.

Live training and simulation can be costly and difficult to access. Using accessible, consistent, repeatable training in VR can get you and your team up-to-speed and in the game quicker.

Pharmaceutical, medical and biotechnological sectors profit immensely from using VR technologies.

Hospitals use our virtual reality training to teach proper procedures or maintain readiness for low-frequency, high-risk situations.

Universities & Higher Education set up an Immersive Training Lab with us and improve curriculum effectiveness and retention.

Medical Device Companies have a unique procedure or want to ensure your device reps are up-to-speed on your latest equipment. We’ll work with you to quickly get to market by educating your surgeons and reps.

Our clients

Testimonials

The company jas been getting positive responses regarding the video's animation. The company was impressed by how the team blended the complex scientific 3-D animation with the images. This was because the team was very attentive during their meetings and communicated well with the company.
All testimonials
We were more impressed with their high level of creativity and creative design work
Versatope Therapeutics
Director of Marketing
All testimonials

VR development Workflow in Nanobot Medical Studio

As someone interested in developing VR, you may wonder what the workflow looks like. What steps are involved in taking a VR project from concept to completion?

Here is a brief overview of the workflow of VR development:

  • Goals and strategy
  • Script and storyboard
  • Virtual medium exploration
    and functionality development
  • Style and look development
  • Animation, lighting, materials, dynamics
  • Testing

VR App Development — Project Flow

01
Goals and strategy
We dive heat-to-toe into requirements analysis and preliminary planning to set clear objectives and strategize the best possible approach to your project.
02
Script and storyboard
Based on the analysis and research, we draw up storyboards filled with early sketches and tailor scripts to put at the heart of engaging storytelling.
03
Virtual medium exploration and functionality development
With the approved script and storyboards in hand, we kick off functional development, studying the required virtual medium to achieve the best results.
04
Style and look development
Our designers then polish out sketched-up elements, turn them into wholesome assets, and work on the overall style of a future feature.
05
Animation, lighting, materials, dynamics
A big chunk of work then sets in where we set things in motion, implementing smooth animations (via real body tracking or otherwise), realistic lighting, dynamic scenes, interactions, etc.
06
Testing
To deliver the highest quality of VR development possible, we thoroughly test finalized assets via the combination of manual and automated testing approaches.

Our cases

Frequently Asked Questions

  • What is VR development in Healthcare?

    Virtual Reality solutions are immersive, dynamic 3D features (videos, demonstrations, interactive simulations, etc.) that fully enwrap viewers into 360° environments that ultimately boost the efficiency of scientific storytelling, showcasing, and education.

  • Why may a company need VR development?

    Medical, scientific, pharmaceutical and all sorts of other related providers may turn to VR development in order to acquire eye-grabbing, inviting, and engaging methods of conveying information of any complexity through visuals. Whether to understand the science behind a particular disease area, the mechanics of a certain medical product, or the in-depth specifics of certain scientific concepts.

  • Does Nanobot Medical have VR development experience?

    Nanobot Medical has been the pioneer in utilizing VR in medicine since 2015. We are glad to apply our knowledge in solving ever-coming tasks and enrich the digital pharma marketing and biotech realm with new exciting projects.

  • How Much Does VR development Cost?

    The cost of VR development can vary depending on the project. For example, a simple VR experience could cost around $5,000 to develop, while a more complex one could cost upwards of $100,000. But, of course, these are just estimates – the actual cost will depend on the specific project requirements.

Our blog

  • Project scope To showcase expertise in an integrated robotic platform for tissue engineering and developing artificial joints using stem cells and 3D printing. KU Leuven is an international community where innovative research forms the basis of all academic programs. JOINTPROMISE project paves the way for high-volume, affordable production of entire biological joints, addressing a major
    Read more ...
  • We are thrilled to announce that our 3D animation video for Agnucaston, created for Bionorica SE, has been named a finalist for the COMPRIX Kreative Healthcare Kommunikation 2024 awards! Being recognized among the best in the industry is an incredible honor, and we are eagerly looking forward to the awards ceremony in September to find
    Read more ...

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