3D product visualization
Photoreal 3D product visualization for furniture, kitchens, doors, surfaces and machinery — an interactive viewer and AR on the storefront, and every still, scene and clip your marketing team needs, rendered from the same asset.
The shape of the problem
A furniture brand with sixty products in six finishes does not have sixty photography jobs. It has three hundred and sixty, and it will discover this the first time merchandising asks why the walnut version is missing from the site.
What usually happens next is that the hero finish gets photographed and the rest get a swatch. The buyer is then asked to imagine the piece they are actually considering, which is the same gap that produces hesitation on the page and returns after delivery.
A model inverts the cost curve. The expensive part is building it accurately once; after that a new finish is a render, a new room set is a render, and the product page gets something photography cannot produce at all — a model the customer can turn over and stand in their own room.
One model, every variant
A single 3D asset renders each colour, finish and angle. A new variant needs no new shoot.
Clearer choices
Shoppers build the exact product and see its price as they go.
Sell before you stock
Offer every variant from the model before you stock each one.
What comes out of one model
The model itself, orbitable in the gallery, with AR on the same tap. This is the output photography cannot produce at any budget.
Catalogue shots, hero images, marketplace-compliant white-background frames — rendered from the model rather than re-shot, so a new colourway is a render queue rather than a studio booking.
The piece placed in a room set, lit to match the campaign. No prop hire, no set build, and the room can change while the product stays identical.
Short loops for the PDP, for paid social, and for the screens on an exhibition stand — generated from the same asset.
Where photography prices each colourway as a separate shoot, a model prices the first one and renders the rest. This is where the economics of a large catalogue actually change.
Delivered as glTF/GLB and USDZ. If you stop working with us, the files go with you.
What makes it photoreal
When a 3D product reads as fake, it is almost always one of these — not the software that drew it.
Oak, brushed steel and matte lacquer are described by base colour, roughness, metalness and normal detail rather than painted on. That is why a model holds up under a different light instead of looking like a toy.
Built to the spec sheet. Proportion errors are the tell that makes an otherwise good render read as fake — and they break AR completely, because AR places at true scale.
Lit by an environment map rather than point lights, so reflections carry a plausible room in them. This is most of the perceived realism on glossy and metallic goods.
Stitching, edge wear, seam lines and fabric weave at the density a shopper actually inspects — and simplified geometry everywhere they do not, which is what keeps the file shippable.
FAQ
Last reviewed 2026-09-19.
Building an accurate 3D model of a product and using it to produce everything you would previously have photographed — interactive viewers, AR, catalogue stills, lifestyle scenes and video. The model is made once; every image and every variant after that is a render rather than a shoot.
It depends on variant count more than anything else. A single fixed product photographed once is usually cheaper to photograph. A sofa in eight fabrics and three sizes is not, because photography prices each combination separately while a model renders them from one asset. The crossover usually arrives sooner than teams expect.
Physically based materials rather than painted-on textures, real measured dimensions, image-based lighting from an environment map so reflections carry a believable room, and geometric detail concentrated where a buyer inspects — stitching, edge profiles, seam lines. The failure mode is almost never the renderer; it is proportion and material response.
Yes, and it is usually the fastest route — furniture, doors, windows and machinery are generally designed in 3D before they are manufactured, so the geometry already exists. CAD models are optimised for manufacture rather than for the web, so they are retopologised and compressed before they are served.
Photographs from several angles, dimensions or drawings, material and finish references, and any CAD you have. The better the references, the less back-and-forth on approval.
The modelling service is the production step — building and delivering the assets per SKU. This page is about what the assets are used for afterwards. Most customers need both, and they are scoped together on the same call.
Bring one product
