What is a 3D product configurator?
a 3D configurator is an interactive tool, usually web-based, that lets the customer customise a product (colour, material, dimensions, accessories) and see the result instantly in 3D. It helps sell products with many options, reduces order errors, and can connect to a quote or a purchase.
How it works
- The customer opens the configurator on the website, on a touchscreen or via a shared link.
- They choose options in a panel: colour, finish, size, components.
- The 3D model changes in real time and they can rotate it, zoom in or view it in their space with AR.
- The system applies rules (which combinations are possible) and calculates price or lead time.
- Final result: summary, image, quote, request or purchase.
What it is for
In online sales (B2C)
Furniture, footwear, bicycles, jewellery, watches, kitchens: products where the customer wants to see 'their version' before buying.
In B2B sales
Machinery, equipment, installations, industrial vehicles. The customer configures the solution and receives a preliminary proposal.
At trade fairs and showrooms
Touchscreens where the visitor creates their configuration and takes it away by email.
Internal use
A sales tool for salespeople: configure with the customer in a meeting.
Benefits
- Personalised experience that creates involvement.
- Fewer doubts and enquiries before the purchase.
- Fewer errors in orders, by validating combinations.
- Faster, consistent quotes.
- Valuable data on which options customers choose most.
- Less need for physical stock for display.
- Differentiation from the competition.
Elements of a good configurator
| Element | Description |
|---|---|
| Optimised 3D model | Fast to load and true to the product |
| Clear options | Few categories, well ordered |
| Compatibility rules | Prevent impossible combinations |
| Live price / lead time | Increase confidence |
| Views and zoom | Allow details to be checked |
| Augmented reality | See the result in the real space |
| Save and share | Link, PDF or image |
| Commercial connection | Quote, basket or CRM |
| Responsive design | Works on mobile, tablet and desktop |
Types by complexity
- Visual: changes colours and materials (simpler).
- Dimensional: changes measurements and proportions (requires parametric modelling).
- Modular / systems: combines components with complex rules.
- With technical calculation: validates loads, performance or compatibility.
What is needed to create it
- Catalogue of options and combination rules.
- 3D models structured by parts and materials.
- Price, lead time and reference data.
- Clear experience design (UX).
- Integrations with the shop, ERP or CRM.
- Testing on different devices.
- Maintenance plan when the catalogue changes.
When it pays off
- Products with many combinations.
- High value per order.
- Orders with frequent errors.
- Consultative sales where the quote takes time.
- A brand that wants to stand out.
When the product is simple and standard, a 3D viewer or good photographs may be enough.
Key ideas
- A configurator lets you customise a product and see it in 3D instantly.
- It adds value in B2C and B2B sales, at trade fairs and for internal use.
- It needs well-structured models and compatibility rules.
- It connects to price, quote or purchase.
- It pays off with products that have many options and high value.
Frequently asked questions
Is it the same as a 3D viewer?
No. A viewer lets you see a model; a configurator lets you change it and obtain a purchase or quote result.
Can it be integrated with my online shop?
Yes, with connectors or an API depending on the platform.
How long does it take to create?
It depends on the number of options and on the integration. It can start with a pilot of a few options.
Does it work on mobile?
It should: most traffic is mobile.
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.