Product Overview
Our company offers end-to-end OEM custom-manufacturing solutions
under one roof, from design for manufacturability (DFM) advice and
rapid prototyping to volume production and turnkey assembly. Core
capabilities include metal stamping, CNC milling/turning, plastic
injection molding, forging, sheet-metal forming, welding, surface
finishing and final kitting.
Key Parameters
| Feature | Specification |
|---|
| Processes | Stamping, CNC milling & turning, injection molding, forging,
sheet-metal bending & laser cutting, welding, assembly |
| Materials | Steel (carbon, stainless), aluminum alloys, copper/brass, titanium,
ABS/PC/PA/PP plastics |
| Max Part Size | Stamping: 1,200 × 800 mm; CNC: Ø 600 × 1,200 mm; Injection molding:
up to 1,000 g shot weight |
| Tolerances | Standard: ±0.05 mm; Precision: ±0.01 mm |
| Tooling | Progressive dies, multi-axis CNC, hot/chilled molds, forging dies |
| Surface Finishes | Powder coating, anodizing, plating (Ni/Cu/Cr), passivation, sand-
or bead-blasting, painting |
| Inspection & QA | ISO 9001 certified, 100% visual inspection, CMM reports, SPC,
material certificates |
Selling Points
True One-Stop Shop
All major fabrication processes and finishing steps in-house,
eliminating coordination delays and reducing overall cost.
Rapid Prototyping & Tooling
Quick-turn prototypes in 5–7 days; tooling design and build for
stamping or molding in 2–4 weeks.
Flexible Volumes
From single-piece “proof of concept” runs to hundreds of thousands
of parts per month, with scalable capacity.
DFM & Engineering Support
Early-stage design reviews to optimize parts for manufacturability,
cost and performance.
Stringent Quality Control
ISO-compliant procedures, in-line inspection, full CMM reporting
and traceability ensure consistent, reliable output.
Future Trends in Custom Manufacturing
Digital & Connected Factories
IoT-enabled equipment for real-time process monitoring, predictive
maintenance and zero-defect manufacturing.
Hybrid Additive/Subtractive
Coupling 3D metal printing with CNC finishing to achieve complex
geometries while minimizing material waste.
Sustainability Initiatives
Closed-loop coolant recycling, scrap-metal recovery,
energy-efficient presses and solar-powered plant expansions.
AI-Driven Process Optimization
Machine-learning models to predict tool wear, optimize cutting
parameters and shorten cycle times.
Application Scenarios
Automotive & EV
Chassis brackets, sensor housings, heat shields, plastic interiors,
gearbox components.
Consumer Electronics
Sheet-metal enclosures, plastic bezels, heat sinks, connector
shells.
Medical Devices
Surgical instrument parts, implant casings, plastic housings with
biocompatible finishes.
Industrial Equipment
Pump bodies, valve assemblies, control panels, custom tooling
fixtures.
Home Appliances & HVAC
Ductwork, control knobs, stamped brackets, injection-molded
components and decorative trims.
Frequently Asked Questions
Q1: What is your minimum order quantity (MOQ)?
Prototypes start at 1 pc; production MOQs typically begin at 100
pcs, but depend on process and tooling costs.
Q2: How long are the lead times?
Prototype (no tooling): 5–7 business days
Stamped or molded tooling build: 2–4 weeks
Production run: 2–6 weeks after tooling approval, depending on volume
Q3: What CAD file formats do you accept?
Native SolidWorks, STEP, IGES, DXF/DWG for 2D outlines, and
Parasolid.
Q4: Can you handle decorative or functional coatings?
Yes — powder coating, liquid painting, anodizing, plating
(Ni/Cu/Cr), passivation, sand- or bead-blasting.
Q5: How are parts packaged and shipped?
Parts are washed, dried, protective-film wrapped or foam-lined,
then packed in cartons or crates for air, sea or express courier
delivery worldwide.
Ready to streamline your next project?
Share your drawings or sample parts for a free DFM review, custom
quotation and expedited lead times.
