Manufacturing Capabilities, From DFM to Shipped Production
One factory in Shenzhen covers injection molding, CNC machining, sheet metal, rapid prototyping and urethane casting — with DFM, tooling, finishing and inspection under one roof.
Manufacturing Capabilities to Meet Your Needs
Representative production parts from each process, with direct links to the service pages.
Injection Molding Services ›
Production plastic parts, insert molding and overmolding, from T0 samples through high-volume manufacturing.
Explore injection molding →
CNC Machining Services ›
3–5 axis milling and turning for tight-tolerance metal and plastic parts, with finishing and inspection.
Explore CNC machining →
3D Printing Services ›
Functional prototypes in resin, PA12, TPU and metal using SLA, SLS, FDM and metal printing.
Explore 3D printing →
Sheet Metal Services ›
Laser cutting, punching, bending, stamping and hardware assembly for enclosures and structural parts.
Explore sheet metal →Lead Time, Materials, Tolerance & Size
A quick comparison to help you choose the right process before you upload a drawing.
| Process | Best for | Materials | Tolerance | Lead time | Size / volume |
|---|---|---|---|---|---|
| Injection Molding | Production plastic parts | ABS, PC, PA, PP, POM, PBT | ±0.05 / ±0.01 mm | T0 3–5 days | 50T–3000T, up to 64 cavities |
| CNC Machining | Metal and plastic precision parts | Al, steel, stainless, brass, PC, POM | ±0.005 mm | From 3 days | 3/4/5-axis, part-size dependent |
| Sheet Metal | Enclosures, brackets, frames | Steel, aluminum, stainless | ±0.1 mm | From 5 days | 3000 × 1500 mm |
| 3D Printing | Prototypes and functional testing | Resin, PA12, TPU, metal | ±0.1 mm | From 24 hours | Build-size dependent |
| Urethane Casting | Low volume and bridge production | Rigid / flexible PU, silicone | ±0.1 mm | From 7 days | 10–200 parts per mold |
What We Make, and How
Choose a process, then drill into the sub-service. Every link goes to the page that explains the process, materials and lead times.
Injection Molding Service
- Plastic Injection Molding
- Liquid Silicone Rubber Molding
- Overmolding
- Insert Molding
- Family & Multi-Cavity Molding
- Prototyping
- Production
- Quality
- Secondary Operations
3D Printing Service
- Metal 3D Printing
- Stereolithography (SLA)
- Selective Laser Sintering (SLS)
- Fused Deposition Modeling (FDM)
- PolyJet / Multi Jet Fusion
- Large Format
- Production
- Quality
- Finishing Options
Which Process Should I Choose?
Three common starting points. If you are not sure, send the drawing and we will recommend one.
I have a prototype
Validate form, fit and function before tooling.
I need metal parts
CNC for precision parts, sheet metal for enclosures and frames.
I need plastic production
Move from tooling to molded parts with IATF/ISO controls.
Engineering Resources & Featured Posts
Guides, case studies and tools to help you choose a process and prepare a production-ready drawing.
One Partner from Prototype to Production
Validate the design
3D printing and urethane casting for form, fit and function.
Test the market
Urethane casting and bridge tooling for 10–200 or pre-production volumes.
Scale with confidence
Injection molding from 50T to 3000T with PPAP and traceability.
Equipment You Can Verify
From mold and machining to final assembly — the core processes behind every part we ship.
Equipment
- 50+ injection molding machines, 50T–3000T
- FANUC Roboshot cleanroom molding
- 3/4/5-axis CNC machining and turning
- Fiber laser cutting, CNC bending and stamping
- Painting, chrome plating and assembly
Quality & documentation
Mitutoyo / Renishaw CMM, FAI, PPAP, SPC and full material traceability. ISO 9001, IATF 16949, ISO 13485 workflow and AS9100 aerospace workflow.
From Drawing to Production in 5 Steps
CAD & DFM
Upload STEP, STL or PDF. An engineer reviews manufacturability and risk.
Process & quote
We recommend molding, CNC, sheet metal, casting or prototyping and price it.
Tooling / programming
Mold design, CNC programming or sheet metal flat pattern, then first parts.
T0 / first article
T0 samples, dimensional report, fit check and correction plan.
Production
SPC-controlled production, inspection, packaging and global shipping.
Serving Diverse Industries
Automotive
Interior, exterior and under-hood parts to IATF 16949.
Medical
Device housings and components to ISO 13485 workflow.
Electronics
Enclosures, connectors and appearance parts.
Appliances
Panels, grilles and high-gloss housings.
Choosing a Manufacturing Process
How do I choose between injection molding, CNC and sheet metal?
It depends on volume, material, geometry and tolerance. Send your drawing and volume; we will recommend the lowest total-cost process.
Can you take a part from prototype to production?
Yes. We can prototype, make bridge tooling and then move the same part into hard tooling and production.
What tolerances can you hold?
CNC to ±0.005 mm, sheet metal and urethane casting to ±0.1 mm, injection molding to ±0.05 mm standard and ±0.01 mm precision.
What is the minimum order quantity?
Prototypes from one piece. Production volumes depend on the process; send your annual volume for a recommendation.
What documentation do you provide?
DFM feedback, material certificates, FAI, dimensional reports, PPAP and full traceability where required.
A Quote You Can Manufacture From
Not just a price. Every RFQ is reviewed by an engineer and returned with the information you need to make a decision.
An engineer — not a sales rep — reviews every quote.
Send your drawing. We will recommend the right process and quote in 24 hours.
Tell us the part, material, volume and target date. A manufacturing engineer will review it and come back with a process plan and price.