Translate design intent into a stable production route.
Our 50-person R&D team connects product structure, tooling, material, finish, assembly and inspection before a custom component reaches production.
Decisions are made around evidence.
A drawing, reference sample or appearance target gives the team a starting point. Feasibility, timing and commercial terms follow technical review rather than a generic promise.
Define
Confirm end use, movement, mating parts, material preference, finish and test needs.
Review
Evaluate geometry, parting, wall conditions, polishing access and assembly risk.
Develop
Build tooling or prototypes, establish colour and finish, then produce samples.
Transfer
Lock the approved requirement and route it into production and inspection planning.
Tooling, machining and finish development work as one program.
Development is supported by real production resources.
Machining, EDM and inspection resources help the engineering team move from feasibility review to tooling, samples and stable production requirements.




Finish development is part of the engineering program.
LIFU plating trials, production lines and physical colour boards help convert an appearance target into a controlled finishing route. Read the practical guides to development and sampling and surface finishing.
Development resources serving distinct product families.
Eight application categories show how the same engineering and finishing resources support distinct product requirements.
A stronger RFQ produces a stronger review.
Share what is available. Missing details can be clarified during feasibility review.
Geometry
2D drawing, 3D file, reference sample, key dimensions and mating components.
Appearance
Finish name, physical colour target, gloss, texture, logo and visual boundary.
Program
Expected volume range, launch context, packaging needs and destination market.
Validation
Functional checks, applicable test requirement and customer-specific inspection points.
A clear development route, with approval at each key stage.
The workflow connects design input, drawings, prototypes, tooling, trial samples and mass-production preparation in one controlled programme.
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