Manufacturing Capabilities
A complete OEM platform — silicone, plastic, metal, and tooling — engineered end-to-end under one roof. From the first DFM review to the final shipped unit.
Four Pillars of Production Capability
Our manufacturing platform is structured around four integrated pillars — silicone, plastic, metal, and tooling — covering the full spectrum of OEM component production.
Silicone Parts
Compression molded HTV and LSR injection — for electronics, home appliances, medical and food applications.
Explore Silicone →Plastic Parts
Precision plastic injection molding with optional secondary decoration — painting, plating, printing.
Explore Plastic →Metal Parts
CNC machining for precision metal components, plus die-casting via our trusted partner network.
Explore Metal →Tooling
High-complexity tool design and manufacturing — kept in-house or exported to overseas customers.
Explore Tooling →Silicone Parts Manufacturing
Two complementary molding routes for silicone components — both engineered for electronics, home appliances, medical devices, and consumer products.
Compression Molded
HTV Solid SiliconeCost-effective, proven process for HTV silicone components — ideal for keypads, gaskets, seals, and consumer-grade silicone parts. Excellent for medium-to-high volume production.
LSR Injection Molded
Liquid Silicone RubberPrecision liquid silicone rubber injection — high cleanliness, fine detail, and tight tolerances. The right route for medical, food-contact, and precision electronics applications.
Plastic Injection and Decoration
Precision plastic injection molding with full secondary decoration capability — for electronics, home appliances, automotive components, and consumer goods.
Injection Molded
Precision ProductionPlastic injection molding for engineering and consumer-grade polymers — ABS, PC, PP, Nylon, POM, PEEK and more. Tight dimensional tolerances, stable batch quality, and efficient mass production.
Secondary Decoration
Painting · Plating · PrintingFull secondary decoration line — painting (UV / spray), plating, pad printing, silk-screen, and laser etching. Take parts from raw molded surface to finished, branded, ready-to-ship goods.
Metal Components and Assemblies
An expanded offering for metal parts — covering precision CNC machining and die-casting routes — to serve a broader spectrum of OEM product structures.
CNC Machining
In-House PrecisionPrecision CNC machining for metal prototypes and production components. Tight tolerance, complex geometry, and a wide range of compatible alloys and finishes.
Die-Casting
Trusted Partner NetworkAluminum and zinc die-casting through our trusted outside partner network — managed under our own engineering, QC, and logistics oversight, so you keep one accountable point of contact.
High-Complexity Tool Design and Manufacturing
We design and manufacture high-complexity tools across all four molding methods — kept in-house for our own production, or exported to overseas customers as standalone deliverables.
Silicone Compression Tools
Multi-cavity compression molds for HTV silicone — precision-machined cavities with mirror polishing for flash-free output.
LSR Injection Tools
Cold-runner LSR injection molds — designed for liquid silicone with precise gating, balanced flow, and clean parting lines.
Plastic Injection Tools
Premium hardened-steel injection molds — single or multi-cavity, with full DFM optimization for long-run production stability.
Die-Casting Tools
Aluminum and zinc die-casting molds — engineered for thermal cycling, dimensional stability, and high-volume metal output.
Tool Export Available
Tools can stay in-house for full-cycle production with us, or be exported to overseas customers as standalone tooling deliverables. Either way, you retain full ownership and IP control.
Product and Tooling Design Engineering Consultancy
Beyond manufacturing the parts themselves, our engineering team provides valuable input on your product design — making it more manufacturable and cost-saving before tooling begins. This is the value-add we bring directly to your project.
Our standard engagement starts with a preliminary DFM (Design for Manufacturing) analysis, delivered within 1 week of your RFQ — covering structural risks, mold-flow considerations, dimensional tolerance feasibility, material selection, and cost-reduction opportunities.
Request DFM Analysis →What's Included in DFM Review
- ✓Structural Risk AnalysisWall thickness, ribs, undercuts, draft angles
- ✓Mold-Flow ConsiderationsGating, weld lines, sink marks, warpage
- ✓Dimensional Tolerance FeasibilityAchievable tolerances per process and material
- ✓Material Selection GuidancePolymer / silicone / metal alloy alternatives
- ✓Cost-Reduction OpportunitiesCavity layout, simplification, secondary process trade-offs
Trusted Across Multiple Industries
Our component and tooling work supports OEM programs across consumer, industrial, medical, and automotive sectors — worldwide.
Consumer Electronics
Housings, buttons, gaskets, and decorative components.
Medical Devices
LSR-grade silicone for wearables, infant care, precision tools.
Automotive Components
Plastic structural parts, sealing rings, decorative trims.
Home Appliances
Functional silicone seals, plastic enclosures, branded parts.
Food-Contact Products
Food-grade silicone components with relevant certifications.
Industrial Equipment
Heavy-duty seals, structural metal parts, custom tooling.
Backed by a 14-Step Process
Every capability above is delivered through our structured 14-step project management workflow — from RFQ intake to mass production release. Quote within 3 working days; preliminary DFM within 1 week.
The project engineer keeps close communication with the customer about DFM issues, tooling fabrication progress, tooling trial / samples, and overall schedule and status updates.
View Full 14-Step Process →Ready to Discuss Your Manufacturing Project?
Send your CAD files, drawings, or even just an idea or sample — we'll respond with a quote within 3 working days and a preliminary DFM within 1 week.