# 3D Models for Cosmetics & Beauty Brands > Source: https://blog.pixlnexs.com/3d-models-for-cosmetics-and-beauty-brands/ > Published: 2026-10-06 · Author: Manoj > Beauty buyers judge a product on its packaging, finish and exact shade. Interactive 3D lets them rotate a bottle, jar or compact, read the label, and --- > **Quick Answer:** 3D models for cosmetics and beauty brands give online shoppers what a flat photo cannot the ability to rotate a bottle, jar, compact or tube, read every panel of the label, inspect the cap finish and judge the true shade and texture before they buy. A web-ready GLB file loads in a product page viewer, embeds on marketplaces and acts as the AR asset for Android and iOS. Industry and Shopify data put the conversion lift from interactive 3D at around 94% higher than flat photography, with up to 40% fewer returns because a shopper who has inspected a product in full 3D arrives at checkout knowing exactly what they are buying, not guessing from a retouched photograph. By Manoj, Pixlnexs Studio. Pixlnexs builds web-optimized 3D and AR product visualization for cosmetics and beauty brands and this guide reflects the pipeline, deliverables and intake requirements our production team runs on every bottle, jar, compact, tube and palette we model. Table of Contents [Toggle](#) - [Key Takeaways](#Key_Takeaways) - [Why Cosmetics and Beauty Brands Need 3D Models for Cosmetics and Beauty Brands](#Why_Cosmetics_and_Beauty_Brands_Need_3D_Models_for_Cosmetics_and_Beauty_Brands) [The Conversion and Return Case](#The_Conversion_and_Return_Case) - [What Interactive 3D Actually Shows a Beauty Buyer](#What_Interactive_3D_Actually_Shows_a_Beauty_Buyer) - [How 3D Modeling Works for Cosmetics and Beauty Products](#How_3D_Modeling_Works_for_Cosmetics_and_Beauty_Products) [Modeling the Pack Shape](#Modeling_the_Pack_Shape) - [Label Wrapping and Panel Legibility](#Label_Wrapping_and_Panel_Legibility) - [Shade and Color Accuracy](#Shade_and_Color_Accuracy) - [Material Accuracy for Beauty Finishes](#Material_Accuracy_for_Beauty_Finishes) - [Web Optimization and Export](#Web_Optimization_and_Export) - [What You Get](#What_You_Get) - [What We Need From You](#What_We_Need_From_You) [Clear HD Photos From Every Angle](#Clear_HD_Photos_From_Every_Angle) - [Exact Dimensions](#Exact_Dimensions) - [Standardized Color Codes](#Standardized_Color_Codes) - [Existing CAD or Blueprint Files](#Existing_CAD_or_Blueprint_Files) - [Shade Ranges and Product Families](#Shade_Ranges_and_Product_Families) [Shared Base Geometry for Shade Variants](#Shared_Base_Geometry_for_Shade_Variants) - [Palette Modeling](#Palette_Modeling) - [Start With One Product](#Start_With_One_Product) [Why Starting Small Works](#Why_Starting_Small_Works) - [Common Pitfalls in Beauty 3D Modeling](#Common_Pitfalls_in_Beauty_3D_Modeling) [Incorrect Shade Rendering Without a Color Code](#Incorrect_Shade_Rendering_Without_a_Color_Code) - [Flat or Lifeless Metallic Packaging](#Flat_or_Lifeless_Metallic_Packaging) - [Frosted Bottles Rendered as Opaque](#Frosted_Bottles_Rendered_as_Opaque) - [Label Text Illegible at Zoom](#Label_Text_Illegible_at_Zoom) - [Scale Errors Within a Range](#Scale_Errors_Within_a_Range) - [How AR Placement Works for Beauty Products](#How_AR_Placement_Works_for_Beauty_Products) - [SEO and Page Performance Considerations](#SEO_and_Page_Performance_Considerations) - [Comparison: 3D Models vs. Traditional Beauty Product Photography](#Comparison_3D_Models_vs_Traditional_Beauty_Product_Photography) - [Scaling From One SKU to a Full Catalog](#Scaling_From_One_SKU_to_a_Full_Catalog) [Shade Range Rollout](#Shade_Range_Rollout) - [Category Expansion](#Category_Expansion) - [Delivery Cadence for Large Ranges](#Delivery_Cadence_for_Large_Ranges) - [Conclusion](#Conclusion) [See your beauty product in 3D starting at one SKU](#See_your_beauty_product_in_3D_starting_at_one_SKU) - [Frequently Asked Questions](#Frequently_Asked_Questions) [Does interactive 3D actually reduce beauty product returns?](#Does_interactive_3D_actually_reduce_beauty_product_returns) - [What file format will I receive for my product models?](#What_file_format_will_I_receive_for_my_product_models) - [Can you accurately model shimmer, glitter and duochrome finishes?](#Can_you_accurately_model_shimmer_glitter_and_duochrome_finishes) - [Do you need the physical product sent to you?](#Do_you_need_the_physical_product_sent_to_you) - [How do you handle a foundation with 40 shades?](#How_do_you_handle_a_foundation_with_40_shades) - [Can the rendered images replace our product photography?](#Can_the_rendered_images_replace_our_product_photography) - [What if my packaging changes seasonally or for limited editions?](#What_if_my_packaging_changes_seasonally_or_for_limited_editions) - [Does the GLB file work on Amazon and other marketplaces?](#Does_the_GLB_file_work_on_Amazon_and_other_marketplaces) ## Key Takeaways - Beauty buyers make purchasing decisions based on packaging appeal, shade accuracy and finish quality three things a flat photo routinely misrepresents and an interactive 3D model does not. - Interactive 3D converts at markedly higher rates than static product photography. Industry benchmarks consistently point to around 94% higher conversion rates and up to 40% fewer returns on product pages with a 3D viewer compared to photography alone. - Shade and finish accuracy are the most critical technical requirements in beauty 3D modeling. A lipstick shade that renders slightly warmer or cooler than the real product will generate returns. A matte foundation bottle that renders with a glossy sheen misrepresents the product’s aesthetic positioning. - One GLB file is the source for your web viewer, your AR placement, your rendered product images and your hero image all from one production run, not separate shoots and separate render jobs. - Beauty packaging often presents specific 3D challenges: metallic foil labels, gradient color fills, frosted glass bottles, mirrored compact surfaces and semi-transparent product fills all require careful PBR material work to render correctly. - A shade range or product family that shares a base packaging shape can be delivered as one modeled shape with swapped color and label textures per shade significantly reducing per-shade cost compared to independent model builds. - Start with one bestseller. The before-and-after on your own highest-traffic product page is the only validation that matters for your specific brand and audience. ## Why Cosmetics and Beauty Brands Need 3D Models for Cosmetics and Beauty Brands ![3D models for cosmetics and beauty brands](https://blog.pixlnexs.com/wp-content/uploads/2026/10/Why-Cosmetics-and-Beauty-Brands-Need-3D-Models-for-Cosmetics-and-Beauty-Brands-1024x683.png) Beauty is one of the most visually considered purchase categories in ecommerce and it is also one of the most frequently returned. The two facts are connected. A shopper buying a foundation, a lipstick, an eyeshadow palette or a skincare serum is making a decision that depends on precise shade matching, finish quality, packaging appeal and label legibility and they are making it from a screen, without being able to hold the product, swatch it on their wrist or compare it against their existing routine on a shop counter. Flat product photography covers one slice of this evaluation. A good beauty photo communicates brand aesthetic and approximate shade from one or two angles under controlled lighting. What it does not show is the label on the back panel, the finish of the cap, the translucency of a glass bottle, the precise depth of an eyeshadow shade or whether the packaging is the size of a lipstick or the size of a mascara wand. These gaps are exactly where returns originate and exactly where interactive 3D closes the information deficit. ### The Conversion and Return Case The measurable case for interactive 3D in beauty is consistent with the broader 3D commerce data. Shopify’s merchant data and independent industry research point to roughly a 94% higher conversion rate for product pages with an interactive 3D viewer and up to 40% fewer returns driven by expectation mismatches. For beauty specifically, the return categories that 3D most directly addresses are shade disappointment (the color looked different on screen than in person), packaging size surprise (it was smaller than I expected) and finish confusion (the product looked matte online but the packaging looked glossy and I assumed the product inside matched). An accurate 3D model built to real-world dimensions with correctly calibrated color and PBR materials eliminates all three at source. ### What Interactive 3D Actually Shows a Beauty Buyer Every surface of the packaging from every angle, including the back panel with ingredient and usage information, the base, the cap and any embossed or raised details. A shopper who wants to read the ingredient list before buying can rotate the model to the back panel and zoom in. A shopper who wants to see the cap detail can inspect it from directly above. Real size, communicated immediately through the model’s scale and confirmed by AR placement at true-to-life dimensions. The difference between a 15ml and a 50ml bottle is immediately visible in a 3D viewer it is not visible in a photograph where the bottle fills the same proportion of the frame regardless of actual size. Shade accuracy under standardized lighting rather than the flattering or retouched lighting of a styled photo shoot. A color code supplied in the brief is what makes the difference between a viewer that shows the true product shade and one that renders it slightly warmer, cooler or more saturated than the real product. Finish and material quality the matte rubber coating on a premium serum bottle, the metallic sheen of a luxury compact, the frosted diffusion of a glass perfume bottle, the semi-transparent fill of a clear nail varnish each requiring specific PBR material treatment to read correctly. ## How 3D Modeling Works for Cosmetics and Beauty Products ![How 3D Modeling Works for Cosmetics and Beauty Products](https://blog.pixlnexs.com/wp-content/uploads/2026/10/How-3D-Modeling-Works-for-Cosmetics-and-Beauty-Products-1024x683.png) Beauty packaging is one of the most demanding product categories for accurate 3D modeling, for a specific reason: the shopper’s expectation of the product is formed entirely by its surface. There is no functional interface to inspect (as there is with electronics), no silhouette to read for fit (as there is with fashion accessories) and no scale reference as obvious as a piece of furniture. The packaging is the product signal and every surface of that packaging has to be right. ### Modeling the Pack Shape Most beauty packaging falls into a manageable set of geometric forms: cylindrical bottles, rectangular or square bottles, compacts (circular or rectangular), tubes, pump dispensers and palettes. The base geometry for each of these is efficient to model once accurate dimensions are provided. What makes beauty modeling demanding is not the primary geometry it is the secondary detail. Embossed and debossed logos on caps and bottle bodies, raised lettering on compacts, textured finishes on matte surfaces, reeded or faceted glass profiles, magnetic closure mechanisms visible as seams and the inset geometry of pump mechanisms these are the details that determine whether a model looks like a premium beauty product or a generic shape with a label on it. ### Label Wrapping and Panel Legibility As with food and beverage packaging, label mapping in beauty 3D work requires careful UV unwrapping so the label wraps correctly around curved geometry without distortion. For beauty products, label legibility is particularly important a shopper zooming into the front of a foundation bottle to read the shade name or SPF claim cannot be shown a warped or low-resolution texture. Label artwork for beauty products is typically high-information: shade names, ingredient highlights, brand positioning text and regulatory information are all present and all need to be legible at reasonable zoom levels. For multi-panel labels a serum with a distinct front, back and side treatment each panel is mapped independently to maintain accuracy and prevent bleed between panels. ### Shade and Color Accuracy This is the single highest-stakes element of beauty 3D modeling and the one that most directly determines whether a model reduces returns or has no measurable effect. A lipstick shade rendered 10% warmer than its real color will generate returns from buyers who expected the cooler, berry-toned version shown in the photograph they purchased from. A foundation shade rendered slightly more yellow-toned than the real product will be returned by buyers who expected a more neutral or pink-toned result. Color accuracy in 3D is achieved through a combination of correctly calibrated PBR base color values (set from the supplied Hex, RGB or Pantone reference) and accurate material properties (roughness, metalness and any special material behavior like the pearlescent shift of duochrome lipsticks or the semi-translucency of sheer glosses). Without a supplied color code, shade accuracy depends on photographic reference, which introduces the same lighting-condition variables that make beauty photography an unreliable shade reference in the first place. ### Material Accuracy for Beauty Finishes Beauty products present a wider range of demanding surface finishes than almost any other product category. Metallic and foil-embellished packaging needs proper metalness and specular maps so gold and silver finishes catch light convincingly rather than rendering as matte painted surfaces. Frosted glass and matte bottles need accurate transmission and roughness values so they read as genuinely translucent or diffuse rather than as opaque plastic. Mirrored compact surfaces the interior of an opened compact, the polished outer lid of a metal case need high-gloss specularity and environment reflection to read as genuinely reflective. Semi-transparent product fills in clear bottles, decanters or nail varnish bottles need their own colored volume with correct opacity so the product shows the right hue through the container. Pearlescent, duochrome and metallic-shimmer finishes common in lip products, eyeshadows and highlighters need either a custom material shader or a carefully constructed roughness and metalness gradient that shifts across viewing angle to simulate the color shift effect correctly. Matte soft-touch coatings common on premium skincare and pharmaceutical-adjacent beauty packaging need very low roughness values so they do not pick up unrealistic specular highlights that make the packaging look like a different material. ### Web Optimization and Export Once modeling and materials are finalized, the asset goes through the standard web optimization pipeline: polygon count reduced to what the geometry requires, textures compressed using KTX2 where applicable, Draco compression applied to geometry data and the final file exported to GLB for web and Android [AR and USDZ for iOS AR Quick Look](https://blog.pixlnexs.com/usdz-files-ar-quick-look/). For beauty brands with large shade ranges a foundation available in 40 shades, each as a separate SKU efficient per-model optimization is critical to keeping product page load times acceptable across the whole range. For the full technical detail of why GLB is the correct format for web delivery and when USDZ is required for iOS, see our guide on GLB vs USDZ vs OBJ: 3D file formats explained. ## What You Get Every model ships as a complete, production-ready asset set. One web-ready GLB file per product, optimized for your storefront’s 3D viewer and for Android AR via Google Scene Viewer. 3 high-quality rendered product images generated from the same 3D source, consistent with the interactive viewer in color, finish and angle. These replace the need for a separate photography session for standard product gallery images. 1 enhanced hero image a polished, campaign-ready render for the main product page, ad creative or press kit. A USDZ companion file for iOS AR Quick Look on iPhone and iPad. Turnaround is typically about 4 working days per product for a standard single-shade, single-finish model. Shade ranges built from a shared base geometry deliver subsequent shades faster than the first model. Deliverable | Format / Spec | Where It Is Used | Web-ready 3D model | GLB (glTF 2.0), optimized for web and Android AR | Product page viewer, AR placement, marketplace embeds | iOS AR companion file | USDZ | iOS AR Quick Look on iPhone and iPad | Rendered product images | 3 high-quality stills generated from the 3D model | Gallery images, marketplace listings, social | Hero image | 1 enhanced, campaign-ready render | Main product page, ads, social creative | Turnaround | Approximately 4 working days per product | Per-SKU delivery schedule | ## What We Need From You A clean, accurate beauty model starts with a clean, accurate brief. ### Clear HD Photos From Every Angle Front, back, both sides, top, bottom and close-up shots of any embossed details, cap design or label elements that need to be reproduced accurately. For beauty products, a close-up of the cap or closure is often the most important reference image we receive it shows the embossed logo, the hinge mechanism or the magnetic closure detail that makes a luxury product look premium rather than generic. ### Exact Dimensions Width by depth by height or diameter for round items. AR placement is only trustworthy when the model is at the correct real-world scale. A 10ml travel serum and a 50ml full-size version of the same product are different models not the same model displayed at different scales. ### Standardized Color Codes Hex, RGB or Pantone for every shade and finish variant. This is the most important single input for beauty 3D work. Screen color rendering is affected by viewing conditions, device calibration and color profile differences across platforms a color code eliminates the lighting-condition ambiguity that makes photography an unreliable shade reference. For lip products, eyeshadows and other makeup with specific shade identities, the shade name alone is not sufficient we need the underlying color code, because “Berry” means something different from brand to brand. ### Existing CAD or Blueprint Files These are not required but when available they improve geometric accuracy and reduce the timeline for packaging with complex forms highly faceted bottles, multi-component compact mechanisms, unusual closure designs. ## Shade Ranges and Product Families ![Shade Ranges and Product Families](https://blog.pixlnexs.com/wp-content/uploads/2026/10/Shade-Ranges-and-Product-Families-1024x683.png) Beauty brands with extensive shade ranges a foundation in 40 shades, a lipstick in 60 shades, an eyeshadow palette in 12 colorways face a specific 3D production challenge: the per-shade cost of independent model builds is prohibitive but the shade consistency requirement is non-negotiable. ### Shared Base Geometry for Shade Variants The solution is variant texture sets from a shared base model. If the packaging shape is the same across all shades the same lipstick bullet geometry in 60 shade colors or the same foundation bottle shape in 40 finishes the base geometry and UV mapping are built once and the label and product color swapped per shade. The additional cost per shade variant is a fraction of the base model cost, because the geometry work is already complete. Where the packaging itself changes between shades a collection where each shade comes in a uniquely colored outer packaging, for example we discuss the most efficient production approach based on the range structure before starting. ### Palette Modeling Eyeshadow palettes and blush palettes present a specific modeling challenge: each individual shade pan within the palette needs its own color and finish (matte, shimmer, glitter, pressed pearl) while the pan and palette geometry are consistent across the product. We handle this by building the palette structure once and assigning individual material nodes to each pan, so every shade reads correctly without redundant geometry. Shimmer and glitter finishes in palette pans require either a custom shader or a sparkle-effect texture map flat metalness values alone do not capture the multi-directional light scatter that makes a glitter shade look like glitter rather than glossy plastic. ## Start With One Product The lowest-risk way to begin a 3D rollout for a beauty range is to start with a single bestseller your hero product, your highest-traffic SKU see the model quality on your own product page and measure the impact on conversion and returns over four to six weeks before committing budget to a full range rollout. We do not offer free samples. The first model you commission is a paid deliverable, produced to exactly the same quality standard as every model that follows. It is model number 1 of your batch, not a trial piece that gets extra attention because it is the first one out. ### Why Starting Small Works You validate quality on real production work with real stakes. You get a direct before-and-after comparison on your own highest-traffic product page with your own traffic. You can measure the actual impact on conversion rate and return rate before scaling. The brief format, file delivery structure, integration approach and quality benchmark are all established from model number 1, which makes every subsequent model in the batch faster and smoother to deliver. ## Common Pitfalls in Beauty 3D Modeling ### Incorrect Shade Rendering Without a Color Code The most common and most consequential failure in beauty 3D. Without a supplied Hex, RGB or Pantone code, shade accuracy depends on reading color from photographic reference which is affected by the lighting conditions of the original photo shoot, the photographer’s color grading choices and the display calibration of the monitor used for review. The result is a model that looks close but not exactly right and in beauty, close but not exactly right generates returns. ### Flat or Lifeless Metallic Packaging Metallic packaging rendered with insufficient specularity or with metalness values that do not capture the directional light response of real gold or silver foil looks more like painted cardboard than luxury packaging. This is a materials configuration issue rather than a modeling issue the geometry can be perfect while the finish looks wrong because the metalness and roughness balance is off. ### Frosted Bottles Rendered as Opaque A frosted glass bottle modeled as a simple matte opaque surface rather than as a semi-transparent material with correct diffusion loses the product’s most distinctive visual property the soft, diffused translucency that makes frosted glass feel premium. The fix is a proper transmission material with the correct roughness-to-translucency balance but it is easy to skip if the modeler is working at speed. ### Label Text Illegible at Zoom A shopper who zooms into a foundation bottle to read the shade name or check the SPF value sees a blurred or pixelated label because the texture resolution was set too low for the label panel’s viewing distance. Label artwork for beauty products needs to be supplied at high enough resolution that the text remains legible when a shopper zooms in to the natural reading distance for that panel. ### Scale Errors Within a Range A 10ml travel size and a 50ml full-size version of the same serum modeled at identical geometric sizes and scaled down in the viewer rather than actually modeled to their respective dimensions will look wrong in AR immediately both bottles appear the same size, which cannot be right. Different sizes need their own models built to their own actual dimensions. ## How AR Placement Works for Beauty Products AR placement anchors the 3D model at its real-world dimensions in the camera feed. A foundation bottle modeled at its actual height and diameter appears at that size when placed on a real bathroom counter, desk or vanity giving a shopper a genuine reference for how the product sits in their space. For beauty, the primary AR use cases are size orientation (how large is this compact relative to my palm?), context placement (how does this perfume bottle look on my dressing table?) and shade pre-visualization (a 3D model of a lipstick placed in the hand or near the face using the front camera, for brands whose viewer supports this). For iOS, AR Quick Look launches automatically from Safari when a shopper taps a product with a USDZ model on iPhone or iPad. For Android, Google Scene Viewer launches from Chrome. Neither requires an app download. For the full comparison of how these two delivery systems work and when to use each, see our guide on native app AR vs WebAR for ecommerce. ## SEO and Page Performance Considerations An unoptimized beauty 3D model can hurt Largest Contentful Paint (LCP) and Core Web Vitals scores if the viewer loads eagerly at page render rather than lazily when the shopper reaches the product. A correctly implemented viewer initializes only after the main page content has rendered and only when a shopper scrolls to or interacts with the product section. For beauty brands with large shade ranges on a single product listing page a lipstick available in 60 shades, each with its own viewer this is a real performance risk if not handled correctly. The correct approach is a single viewer instance that loads the relevant shade model on demand when a shopper selects a shade, rather than loading 60 separate viewer instances simultaneously. We provide lazy loading and viewer implementation guidance alongside every GLB delivery. For the full pre-launch testing process to confirm a viewer performs correctly across devices before going live, see our guide on how to test 3D and AR product pages before launch. ## Comparison: 3D Models vs. Traditional Beauty Product Photography Traditional beauty product photography serves important purposes in brand building editorial lifestyle imagery, campaign photography and in-use product shots communicate aspirational and emotional brand signals that a product page viewer does not. But for the product inspection use case what shade is this exactly, how big is this bottle, what does the finish look like and what does the back label say interactive 3D consistently outperforms photography because photography is a fixed output produced at one moment from angles chosen by the photographer, under lighting chosen to flatter the product rather than to inform the buyer. A photo shoot for a new lipstick range produces a set of hero shots and gallery images. If a new shade launches, a new shoot is needed. If the packaging is updated mid-season, the existing photography is wrong. A 3D model produces unlimited angles and renders, handles shade variants through material swaps rather than separate shoots and can be updated for packaging revisions at a fraction of the cost of a new shoot. For the full comparison of 3D product visualization against traditional photography, see our guide on [3D product visualization vs product photography.](https://blog.pixlnexs.com/3d-product-visualization-vs-product-photography/) ## Scaling From One SKU to a Full Catalog Once the pilot model is validated, scaling to a full beauty range follows a predictable process. ### Shade Range Rollout The most common scaling scenario in beauty is adding shades to an existing product: the first shade establishes the base model, UV mapping and material standard and subsequent shades are delivered as texture swaps from that base. Typical shade turnaround after the base model is approved is 1 to 2 working days per shade for straightforward color swaps, faster for large batches where the label artwork and color codes are provided all at once. ### Category Expansion A brand that starts with their hero foundation and validates the model quality and conversion impact typically then expands to the next highest-traffic category a bestselling lipstick shade, a hero serum or a signature compact. Each new product category may introduce new packaging forms and materials that require a fresh base model build but the pipeline, brief format and quality benchmark established from the first model carry forward. ### Delivery Cadence for Large Ranges For beauty brands with 50 or more SKUs to convert, we work to an agreed delivery cadence typically batches delivered weekly with each batch signed off before the next begins. This lets the brand’s team integrate files progressively, test each batch at launch and catch any integration issues before they affect a large portion of the catalog. ## Conclusion For cosmetics and beauty brands, interactive 3D product modeling addresses the three most common causes of returns from expectation mismatch shade accuracy, packaging size and finish quality at source, by giving shoppers the information they need to make a confident purchase decision before they order rather than after they receive the product. Pixlnexs builds beauty 3D models to production standard for brands at any scale, from a single bestselling product to a full shade range and category rollout. Every model ships as a web-ready GLB, a USDZ companion, 3 rendered images and a hero image from one production run, typically in about 4 working days per product. Send us one product photo and we will get you an exact quote. ### See your beauty product in 3D starting at one SKU Send one product photo and we will get you an exact quote. No free samples your first model is produced exactly like every model after it, so what you see is what you scale. [Get a Quote for Interactive 3D](https://www.pixlnexs.com/interactive-3d-ecommerce/) [Talk to Our Team](https://www.pixlnexs.com/contact/) ## Frequently Asked Questions ### Does interactive 3D actually reduce beauty product returns? Yes, when the model is built with correct shade values and accurate real-world dimensions. Most beauty returns driven by expectation mismatch trace to three causes: shade looked different online, product was smaller than expected and finish or packaging looked different from the photo. An accurate 3D model with correct color codes and AR placement at true scale addresses all three directly. The 40% return reduction figure is a directional industry benchmark your actual results will depend on your product category, your current return rate and the accuracy of your model build. ### What file format will I receive for my product models? A web-ready GLB (the binary packaging of glTF 2.0) for your storefront’s 3D viewer and Android AR, plus a USDZ file for iOS AR Quick Look. For a full comparison of these formats and when each is used, see our guide on GLB vs USDZ vs OBJ: 3D file formats explained. ### Can you accurately model shimmer, glitter and duochrome finishes? Yes, though these require more material work than flat matte or metallic finishes. Shimmer and glitter finishes use either a custom sparkle-effect texture map or a multi-layer material setup that captures the directional light scatter. Duochrome finishes that shift color at different viewing angles require a custom material shader. We discuss the specific technical approach for complex finishes when we receive the brief. ### Do you need the physical product sent to you? No. We work from reference photos, exact dimensions and color codes. If you can supply high-quality reference photos from every angle alongside the brief requirements above, we can produce an accurate model without a physical sample. Physical samples are useful but not required. ### How do you handle a foundation with 40 shades? We build the base model from the first approved shade, then deliver subsequent shades as texture swaps from that base. The additional cost per shade is significantly lower than the base model cost. For a 40-shade foundation, the total cost is considerably less than 40 times the single-model cost. We can discuss the most efficient production structure for your specific range when you send the brief. ### Can the rendered images replace our product photography? For product-inspection purposes gallery images, marketplace listings, product page thumbnails yes, the renders are production quality and consistent with the interactive viewer since they come from the same source geometry. For editorial, lifestyle and in-use imagery, traditional photography is still appropriate. ### What if my packaging changes seasonally or for limited editions? A packaging update a new label design, a seasonal colorway, a limited edition outer can be applied to an existing base model by updating the relevant texture maps rather than rebuilding the model from scratch. Turnaround for a texture-only update is faster and less expensive than a full new model build. We retain source files for all models we deliver to make future updates efficient. ### Does the GLB file work on Amazon and other marketplaces? The GLB file is the source for the rendered still images that appear in marketplace listings these are standard still images rather than interactive viewers, since most marketplaces do not yet support interactive 3D natively in their product listings. The interactive viewer and AR placement experience lives on your own product page. The same model is the source for both.