What is a virtual showroom and how does it work?
a virtual showroom is a digital exhibition space in which the visitor walks through and explores products in 3D or in 360º from a browser, a mobile or a VR headset. It replaces or complements the physical showroom: it is open 24 hours, it is accessible from anywhere, and it can display the full catalogue.

How it works
The visitor arrives via a link (or from a screen at a trade fair) and moves through the space: they go from one room to another, approach the products, rotate them, open information sheets, switch variant, watch videos and, if desired, contact a salesperson or request a quote.
Formats
| Format | Description | Advantages | Limitations |
|---|---|---|---|
| Photographic 360º | Photos or video of a real space that can be walked through | Realistic, quick to create | Less interactivity |
| 3D space in the browser | Modelled environment, with products that can be handled | Flexible, interactive | Greater production |
| VR experience | 3D environment viewed with a headset | Maximum immersion | Requires equipment |
| Hybrid | 360º with interactive 3D products | Balance | Medium complexity |
What it can include
- Themed rooms (by collection, by line or by sector).
- 3D products that can be rotated and customised.
- Information hotspots (3D hotspots).
- Videos, brochures and technical sheets that can be downloaded.
- Configurators (3D configurator).
- Virtual guide (avatar or voice) that accompanies the visit.
- Live visits: a video call with a salesperson inside the space.
- Lead capture and quote requests.
- Tiered access: public, registered customers, distributors.
Who it is useful for
- B2B manufacturers with extensive catalogues and international customers.
- Fashion, home and design brands that present collections.
- Companies with large products that do not fit in a room.
- Distributors that need to show many brands.
- Architecture and estate agencies, for remote visits.
- Trade fairs and hybrid events.
Benefits
- Global reach without travel.
- Permanent availability.
- Complete catalogue, with no space limit.
- Lower renewal cost: changing a collection means updating files, not rebuilding a room.
- Behaviour data: which products are viewed most and for how long.
- Reuse of the 3D assets in other channels.
- Sustainability: fewer materials and less transport.
How it is created
- Define objectives and audience.
- Design the journey and the structure of the space.
- Prepare the content: 3D models, images, texts, videos.
- Build the space and the interactions.
- Integrate lead capture, CRM and analytics.
- Test on different devices and connections.
- Launch and promote.
- Measure and update.
What to bear in mind
- Performance: models and scenes well optimised so they load quickly.
- Accessibility: simple navigation, not only for experienced users.
- Mobile experience: most visits will come from a mobile.
- Updating: plan who manages the content and how it is changed.
- Commercial purpose: each space should invite an action.
Key ideas
- A virtual showroom is a digital exhibition space accessible from anywhere.
- It can be 360º, 3D in the browser, VR or hybrid.
- It provides reach, permanent availability and data.
- It works best with optimised models and good navigation.
- It can be reused at trade fairs, in sales and in training.
Frequently asked questions
Does it replace my physical showroom?
It can replace it or complement it. See virtual showroom vs physical.
Is VR required?
No. It usually works in the browser, with VR as an additional option.
How many products can it show?
Many, provided the content is optimised and the navigation is clear.
How is success measured?
Visits, time, products viewed, leads and quote requests.
More guides on this topic

How interactive 3D can help explain complex products
How interactive 3D helps explain complex products: cutaway views, exploded views, animations, hotspots and layers of information for sales, support and training.

How to turn a physical product into an interactive 3D model
Methods for digitising a physical product in 3D: modelling from CAD and references, 3D scanning and photogrammetry. Process, requirements and how to make it interactive.

How to optimise 3D models for the web, augmented reality and virtual reality
Practical guide to optimising 3D models: polygons, textures, materials, formats (GLB, USDZ), compression and performance testing for web, AR and VR.
