Frequently Asked Questions

You do. On final invoice settlement, clients receive 100% commercial rights and intellectual property ownership over all delivered assets: parametric CAD models (.STEP), manufacturing blueprints, material shader definitions, and 4K/8K rendered visuals.

Fixed-scope pricing maps to our four modular stages: Concept Design, 3D CAD and DFM Engineering, Commercial CGI Imagery, and Multi-SKU Enterprise Programs. You can enter at any stage without paying for work already completed.

Yes. Our senior industrial design team reconstructs exact parametric 3D CAD geometry from 2D napkin sketches, dimensioned technical drawings, or physical reference photos. Physically based shaders and lighting are applied once the geometry is verified.

Production time runs from the date we receive complete project inputs and the brief is approved, not from the order date. Full engagements, from brief to final imagery and engineering packages, typically deliver in 18 to 22 business days, and simpler scopes can complete in as little as 10. Standalone CGI orders are quoted separately, from 3 to 5 business days at the fastest tier, and the tier selected at checkout sets the committed date. If we are waiting on inputs from your side, the schedule pauses until they arrive. See "What do you need from us to start?" for what counts as complete inputs.

Every engagement includes two structured review cycles. Clients inspect clay model geometry, material swatches, lighting drafts, and camera angles before final high-resolution render passes begin.

Engineering: .STEP, .IGES, .DWG, .DXF, and dimensioned vector PDF blueprints. Commercial imagery: 4K and 8K TIFF, lossless PNG, and compressed WebP and JPG. AR and 3D digital twins: .GLB, .USDZ, .OBJ, and .FBX.

Yes. Parametric 3D CAD models can be built directly from engineering sketches, technical drawings, or material specifications to produce commercial 4K imagery weeks before factory tooling or sample fabrication begins.

CAD is precision engineering geometry built for factory tooling. 3D modeling defines digital spatial shape for visualization. 3D rendering simulates light, materials, and cameras across that geometry to generate photorealistic marketing images.

A commercial digital twin is an accurate 3D digital master combining physical geometry with structured product data. It can be repurposed across WebAR, interactive 3D configurators, virtual buyer showrooms, and automated catalog refreshes.

DFM ensures a product concept respects real-world manufacturing constraints: CNC tooling radii, draft angles, standard timber board dimensions, mortise and tenon joinery tolerances, and flat-pack shipping limitations. All of this is resolved before tooling investment begins.