Show consumer electronics the way engineers designed them
Tight-tolerance 3D models, port-level detail, and interactive cutaways for laptops, audio gear, smart home, and pro hardware.
Specs sell the idea. 3D sells the confidence to buy.
In consumer electronics, the spec sheet has done its job by the time a shopper lands on the product page. What they need next is confidence, that the laptop is actually as thin as the marketing claims, that the headphones do swivel that way, that the smart hub fits next to the router.
We model electronics the way the people who designed them think about them: tight tolerances, real port geometry, accurate venting, correct branding placements, and material finishes that hold up under hero lighting.
How we master electronics
The capabilities our studio brings to every electronics engagement.
Tolerance-accurate geometry
Ports, seams, vents, and buttons modeled to the actual mechanical drawing, not approximated from press photos.
Finish-grade materials
Brushed aluminum, soft-touch plastics, anodized metals, and matte glass authored to behave correctly under any lighting environment.
Color and SKU configurators
Live colorway swaps with consistent reflections, branding placement, and packaging, all driven from a single source of truth.
Interactive performance
Hero models that load fast and rotate smoothly on the same phones your customers actually use.
Selected work in electronics
How our 3D artists approach modelling
Photoreal 3D is not a render preset, it is a discipline. Every asset our studio ships goes through the same five-step craft loop, from reference gathering through final QC, so that buyers see a product that behaves like the real thing across every angle, finish, and lighting condition.
Reference and intent gathering
Gather physical products, CAD, photography, and material samples to understand shape and brand story.
Topology-first modelling
Clean quad-based geometry built to deform predictably. Poor topology breaks UVs, scans, and configurator swaps downstream.
PBR materials and authored detail
Albedo, roughness, normal, and displacement maps calibrated against physical samples for accuracy across all lighting and devices.
Lighting and scene composition
Photographic lighting approach (keys, fills, kickers) so hero shots, configurators, and lifestyle scenes feel cohesive.
Optimization and dual-output QC
Two-grade delivery: high-fidelity master for renders and web-optimized GLB for sub-second load and 60fps mobile interaction, both QC'd.
Real-world calibration
Colors, dimensions, and finishes are matched to physical samples or factory CAD, not eyeballed from a stock photo.
Built for both sides of the page
The same asset has to look right in a marketing render and behave right inside an interactive configurator. We model for both from the start.
Reviewed before it ships
Every asset passes a QC checklist covering scale, materials, edge quality, UVs, lighting, and performance, reviewed by a senior artist, not the artist who built it.
What this means for an electronics pipeline
Consumer electronics buyers notice when something is off. A misaligned USB-C, a vent in the wrong place, or a logo at the wrong scale signals that the brand cut corners, and they will project that onto the product itself.
- Mechanical drawings or factory CAD used as ground truth, not stock photography.
- Materials calibrated against physical units under multiple lighting setups.
- Branding, regulatory marks, and serial number placement positioned per design spec.
- Hero shots and interactive views built from the same master model, so they always agree.
Launching new hardware?
Talk to us about modeling your next product before launch, including embargoed and pre-release SKUs.