Custom Product Development & Engineering Execution
Transforming concept sketches and industrial design files into robust, high-volume production reality. We unite polymer material formulation, 3D mechanical engineering, moldflow simulation, and precision tooling to de-risk your hardware manufacturing program.
From Concept Architecture to Serial Production
A stage-gated development discipline designed to identify kinematic risks, optimize cycle times, and eliminate costly tooling re-spins.
Concept Architecture & Feasibility
Evaluation of industrial design aesthetics, wall thickness continuity, parting lines, gate locations, and structural rib architectures against functional load targets.
- Packaging volume analysis
- Regulatory & compliance review
- Preliminary BOM & cost modeling
3D CAD Mechanical Engineering
Detailed mechanical engineering in native SolidWorks/NX. Integration of snap fits, self-tapping screw bosses, living hinges, and internal reinforcement ribs.
- Draft angle optimization (≥1°–3°)
- FEA mechanical stress testing
- Moldflow injection fill analysis
Functional Prototyping & DFM
Rapid physical validation via SLA/SLS 3D printing and 5-axis CNC machining in production-intent engineering resins to verify fit, feel, and kinematic assembly.
- Physical ergonomic validation
- Dimensional fit-check fixtures
- Comprehensive DFM freeze report
Tooling, T1 Mold Trial & Scaling
In-house tool build using certified steel. Execution of scientific injection molding trials, CMM dimensional qualification, pilot runs, and seamless volume ramp-up.
- T1 sample CMM inspection
- FAI / CPK capability reporting
- Mass production SOP handoff
Core Competencies that Safeguard Your Launch
Hardware development fails when design is disconnected from manufacturing. We close the loop between polymer chemistry and mass tooling execution.
Part Consolidation & Integration
Replace multi-piece assemblies with integrated single-molding designs. Utilizing multi-material overmolding and molded-in clips to slash fasteners and assembly labor.
Lower Total Landed CostMaterial Formulation Synergy
Direct in-house compounding capability allows us to tune base polymer MFR, impact strength, or thermal deflection specifically to the part's mechanical geometry.
Targeted Resin OptimizationTolerance & Shrinkage Control
Predictive isotropic and anisotropic shrinkage accounting for glass fiber orientations, safeguarding tight assembly tolerances without secondary reaming.
±0.02 mm Precision ControlIntellectual Property & Dedicated Project Management
We operate as your dedicated engineering arm in China. Transparency, IP safeguarding, and predictable schedule adherence are engineered into our development operations.
Ready to Review Your Hardware CAD?
- Comprehensive DFM & Moldflow assessment
- Material compounding recommendations
- Tooling cavitation & shot size breakdown
- Itemized piece-part & tooling quotation
Have a New Hardware Architecture or Part CAD?
Submit your STEP/IGES CAD files or industrial design specifications. Our engineering team provides detailed DFM feedback, tooling options, and cost structures within 24 hours.