3D Scanning
Structured-light measurement for development and quality
3D scanning combines structured light, phase measurement, and computer vision to capture non-contact dimensions from prototypes, samples, and models — data that interfaces with CAD/CAM. It supports product R&D (RD), reverse engineering (RE), and 3D inspection (CAV).
Application fields of 3D scanning
Automotive
Jewelry
Artificial intelligence
Healthcare
Electronics
Aerospace
Appearance design
Form language and CMF that stay brand-true and buildable
We shape proportions, detail vocabulary, and tactile cues from the product brief, while locking color, material, and finish (CMF) in parallel. Production constraints enter early so appearance directions can be prototyped, tooled, and repeated — shortening the path from concept to a physical decision.
Structure design
Strength, tolerances, and assembly paths built for production
We define load paths, thermal, sealing, and assembly datums — wall thickness, ribs, snaps, and fastening — while baking tolerance stacks and DFM into the CAD. Iterating with appearance and process keeps prototypes honest and tooling risk low, so the design stays manufacturable, assemblable, and inspectable.
Product design service content
PRODUCT DESIGN SERVICE
Materials from the client
Product positioning, use cases, size and cost targets, competitor refs, brand guidelines, and any existing structure/appearance files — plus key function and production constraints.
Concept & form review
Appearance directions and structural sketch models reviewed for proportion, CMF, and touch points, with early manufacturability and assembly-path checks.
Client design sign-off
Lock the appearance and structure baseline — form, part splits, fits, and critical dimensions — as the version ready for prototyping and process review.
Design data delivery
Deliver appearance/structure engineering files, exploded views, and DFM notes to support prototypes, tooling review, and short-run pilot builds.