Product customization: create a configurator in augmented reality
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The need for customization in e-commerce
Online shopping relies on visual trust. The customer can't touch the product, can't measure it, can't physically compare it to their interior. They must rely on photos, often taken in a context that bears no resemblance to their own environment. And when a product comes in multiple variants — colors, materials, finishes — the problem multiplies. The customer wants to see exactly what they'll receive: the right color, the right fabric, the right wood. Not an approximation, not a retouched photo. The exact reality.
Static photos no longer meet this expectation. Photographing each variant of each product from every angle represents a considerable production cost. A sofa available in 12 colors requires 12 photo series, hundreds of images. A piece of furniture offered in 4 wood species and 8 fabric shades generates 32 combinations. Multiplied by the number of products in the catalog, the volume of images to produce and manage becomes unmanageable. And despite this effort, the customer still sees the product in the photographer's setting, not their own living room.
C'est précisément ce décalage entre l'attente du client et l'expérience proposée qui génère les retours produit. Un client commande un fauteuil en « bleu nuit » sur la base d'une photo, le reçoit et découvre que le bleu tire davantage sur le gris dans la lumière de son salon. Le retour est immédiat. Les études montrent que 22% des retours en e-commerce sont liés à une différence entre le produit reçu et son apparence en ligne. Pour les produits personnalisables, ce taux grimpe encore car le client n'a aucun moyen de vérifier sa sélection avant réception.
Product customization in augmented reality provides a direct answer to this problem. Instead of browsing static photos, the customer configures their product in 3D in real time. They select a color, a material, a finish, and immediately see the result on the 3D model. Then they project the customized product in augmented reality in their own space. They see the midnight blue sofa in the real light of their living room, next to their rug and facing their bookshelf. Doubt disappears, confidence settles in, the purchase decision accelerates.
How variants work on Visuality
Visuality's variant system is based on a simple and effective principle: a base 3D model, associated with multiple interchangeable textures. You import your 3D model once, then add the different textures that represent each variant of your product. Each texture corresponds to an option: a fabric color, a wood species, a metal type, a surface finish.
When the customer opens the 3D viewer, they see the product with its default texture. A selector allows them to choose from available variants. They click 'Natural Oak' and the furniture texture updates instantly. They try 'Dark Walnut', then 'Bleached Beech'. Each change is immediate, with no noticeable loading time. The customer explores options as they would in a physical store, touching samples and comparing renders.
Switching to augmented reality works with the selected variant. The customer configures the product to their taste in the 3D viewer, then activates augmented reality. The customized product appears at full size in their environment, with the right color, the right material, the right finish. They see exactly what they'll order. This contextual visualization eliminates uncertainty and considerably reduces the risk of return.
For a detailed guide on setting up variants, check our documentation on 3D object customization.
Product variant use cases
The variant configurator adapts to all sectors where the product comes in multiple variations. Here are the most common applications:
- Furniture: The furniture sector is one of the first beneficiaries of AR customization. A sofa available in 15 fabric colors, a table offered in 4 wood species, a chair in 8 leather colors: variants are the daily reality of furnishing. With the 3D configurator, the customer visualizes each combination and projects the customized furniture directly into their room. They see if the burgundy sofa matches their light parquet floor before ordering.
- Automotive: Manufacturers and equipment suppliers use variants to present paint, wheel, interior and finish options. The customer configures their vehicle in 3D, chooses body color, upholstery type and aesthetic options. They project the configured vehicle in augmented reality in their driveway to validate their choice. The configuration experience becomes tangible and emotional.
- Jewelry and watchmaking: Yellow gold, white gold, rose gold, platinum, silver: precious metals offer very different visual renders. A rose gold jewel doesn't have the same brilliance as platinum. The 3D configurator lets the customer switch from one metal to another instantly and view the jewel from every angle with each finish. For watches, variants can include dial color, strap type and case materials.
- Fashion and accessories: Clothing and accessories available in multiple colors benefit from 3D visualization. A handbag available in 6 colors, a pair of shoes in 4 different leathers, a collection of glasses in several frame shades: the customer configures and compares visually before buying. The return rate decreases because the customer validated their selection beforehand.
- Industry and technical products: Industrial equipment often comes in multiple materials (steel, stainless steel, aluminum) and finishes (raw, painted, anodized). The 3D configurator allows professional buyers to visualize the product in the exact variant that matches their specifications. This accelerates technical validation and reduces back-and-forth between sales and engineering.
Impact on conversions
Adding a 3D and augmented reality variant configurator has a measurable and significant impact on business performance. Data collected by companies that deployed this feature converges on the same conclusions:
- Increased time on page: Visitors who interact with a 3D configurator spend on average three times longer on the product page than those who only view photos. This extra time is a strong engagement indicator. The customer actively explores the product, compares variants and envisions the purchase. The higher the interaction time, the higher the conversion probability.
- Hausse du taux de conversion : Les fiches produit équipées d'un configurateur 3D affichent un taux de conversion supérieur de 40% à 94% par rapport aux fiches avec photos uniquement. Ce chiffre varie selon les secteurs, mais la tendance est constante : permettre au client de personnaliser et visualiser son produit en 3D déclenche l'achat plus efficacement qu'une série de photos statiques. Le client passe de spectateur passif à acteur de sa configuration.
- Réduction des retours produit : C'est peut-être l'impact le plus significatif sur la rentabilité. Quand le client a configuré son produit, l'a vu en 3D sous tous les angles et l'a projeté en réalité augmentée dans son espace, il sait exactement ce qu'il commande. Il n'y a plus de surprise à la réception. Les entreprises qui utilisent un configurateur 3D constatent une baisse de 25% à 40% des retours liés à l'apparence du produit. Chaque retour évité, c'est du transport, de la logistique et du temps économisés.
- Augmentation du panier moyen : Le configurateur encourage l'exploration. Un client qui configure un canapé en tissu bleu peut ensuite découvrir que la version en velours émeraude lui plaît davantage — une option plus haut de gamme et plus chère. La facilité de comparaison entre variantes pousse naturellement vers les options premium. Les données montrent une augmentation du panier moyen de 10% à 20% lorsqu'un configurateur de variantes est disponible.
How to set up variants
Setting up a variant configurator on Visuality takes just a few steps. Here is the complete process to offer a customizable product in 3D and augmented reality:
- Import your base 3D model: From your Visuality dashboard, upload your 3D file in GLB or GLTF format. This model constitutes the geometric base of your product: shape, proportions, volumes. It will be common to all variants. Make sure the model is correctly sized and base materials are well defined.
- Prepare your variant textures: For each variant of your product, prepare a texture file. It can be a fabric image, a wood render, a metallic color or any other surface. Textures must match the UV mapping of your 3D model to apply correctly on surfaces. If you work with a 3D modeler, ask them to prepare the textures at the same time as the model.
- Add variants in Visuality: On your 3D object edit page, access the variants section. Add each variant by importing its texture and giving it a clear name: 'Beige Linen Fabric', 'Grained Black Leather', 'Oiled Light Oak'. The name will be displayed to the customer in the variant selector. Choose explicit and commercial names that match your product catalog.
- Test in the viewer: Once variants are added, open your object's 3D viewer. Verify that each variant displays correctly: texture is well positioned, colors are faithful, switching between variants is smooth. Also test in augmented reality mode to ensure the selected variant is the one projected in real space.
- Publish and integrate: Your customizable product is ready. Share it via a link, QR code or integrate it on your e-commerce site via an iframe. The customer accesses the configurator directly on your product page, configures their preferred variant and views it in augmented reality. Everything works on all modern smartphones, without any app to download.
Offer your customers a product configurator in augmented reality. Create your Visuality account and start adding variants to your 3D objects.
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