How It Works

From Your Drawing to Your Dock in Six Steps

A transparent, engineered workflow — you always know which stage your parts are in.

  1. STEP 01

    Send Your Drawings

    STEP, IGES, DWG or PDF — send what you have. NDA signed before any file exchange.

  2. STEP 02

    DFM & Quotation

    Engineering feedback and a firm, itemized quote within 24 hours.

  3. STEP 03

    Tooling & Molds

    Dies and molds designed and built in our own tool shop.

  4. STEP 04

    Sampling

    First articles in 3-7 days, with full dimensional inspection reports.

  5. STEP 05

    Mass Production

    Stable output in 15-25 days. MOQ from just 100 pieces.

  6. STEP 06

    QC & Delivery

    100% inspection before packing. Worldwide shipping — EXW, FOB or DDP.

Process Deep Dives

What Each Line Can Actually Do

Specs below are working ranges from our shop floor — send your drawing and we will confirm what your specific geometry can hold.

01 / CNC MACHINING

Milling & Turning, Prototype to Production

Every CNC program runs on one principle: one setup, one quality standard, from the first prototype to the thousandth part. Our 3, 4 and 5-axis machining centers handle milling, turning and mill-turn work across metals and engineering plastics, with CMM inspection on critical dimensions.

Because fixturing, machining and inspection all happen in-house, we hold ±0.005 mm on critical features without outsourcing a single operation — and return DFM feedback with every quote within 24 hours.

  • Housings
  • Brackets
  • Shafts
  • Plates
  • Pins & Bushings
  • Manifolds
  • Jigs & Fixtures

Key Specifications

Tolerance
±0.01 mm typ / ±0.005 mm best
Milling Envelope
1200 × 800 mm
Turning Range
Ø380 × 600 mm
Axes
3 / 4 / 5-axis + mill-turn
Materials
Al, stainless, brass, copper, titanium, POM / PEEK
First Article
3–7 days

Best for: tight-tolerance functional parts where one supplier must own every machining step.

02 / METAL STAMPING

Progressive & Single-Hit Stamping

Progressive and single-hit stamping on 25–400T presses, with dies designed, built and maintained in our own tool shop. Once your progressive die is qualified, parts come off the line at production speed with consistent quality hit after hit.

In-die tapping, clinching and coining remove secondary operations, and high-volume programs run 100% gauged or optical checks on critical dimensions.

  • Terminals
  • Shields
  • Clips
  • Brackets
  • Contacts
  • Spring Plates

Key Specifications

Tolerance
±0.05 mm typ / ±0.02 mm best
Presses
25–400 T
Material Range
CR steel, stainless, Al, Cu, brass · 0.05–6 mm
In-Die Ops
Tapping, clinching, coining
Output
High-volume, scheduled production
Inspection
100% gauged / optical on critical dims

Best for: flat sheet-metal parts at volumes where unit cost must keep falling.

03 / DIE CASTING

Aluminum & Zinc Die Casting

Aluminum and zinc die casting from 160 to 800T, producing complex thin-wall housings that would cost far more if machined from solid. Every casting is followed by exactly the secondary operations it needs — CNC machining, deburring and surface finishing — all under one roof.

X-ray and density checks catch porosity before parts ship, and our own CNC lines machine sealing faces and bearing bores to final tolerance.

  • Gearbox Housings
  • Motor Housings
  • Covers
  • Heat Sinks
  • Structural Brackets

Key Specifications

Tolerance
±0.10 mm typ / ±0.05 mm after machining
Machines
160–800 T
Alloys
A380 / ADC12 / A360 / Zamak 3 & 5
Integrity
X-ray, density, dye-penetrant on request
Secondary
CNC, deburr, powder coat, anodize-ready
Design Support
DFM on wall thickness, draft & gates

Best for: complex enclosed housings in volume, where machining from solid is not economic.

04 / MOLD & TOOLING

In-House Tool Shop

Our tool shop is the reason programs move fast: EDM, wire-cut, CNC milling and precision grinding under one roof, building progressive dies, die-casting dies and injection molds from DFM to T1 without leaving the building.

You get DFM feedback before we cut steel, a trial report with every T1, and a tooling-life plan up front — no surprise rework invoices halfway through a program.

  • Progressive Dies
  • Die-Casting Dies
  • Injection Molds
  • Fixtures
  • Gauges

Key Specifications

Equipment
EDM, wire-cut, CNC milling, grinding
Mold Steels
P20 / H13 / NAK80 / S136
Tool Types
Progressive, casting & plastic molds
Process
DFM before cutting, T1 trial reports
Tryout
In-house presses for sampling
Maintenance
Lifetime repair & spare parts support

Best for: programs that need fast revisions and one partner accountable for tool performance.

05 / INJECTION MOLDING

Pilot Runs to Mass Production

Injection molding from 90 to 530T on tooling we build ourselves — which means revisions happen in days, not weeks, and your mold never leaves our control. Pilot runs bridge the gap between prototype approval and mass production.

Insert molding, overmolding and multi-cavity production are all in-house, with controlled packing available for medical and optical components.

  • Enclosures
  • Knobs
  • Connectors
  • Structural Parts
  • Consumer-Electronics Housings

Key Specifications

Tolerance
±0.05 mm / per drawing
Machines
90–530 T
Resins
ABS, PC, PA6/66 (GF), POM, PEEK, PTFE, PMMA, PP, TPU
Options
Insert & overmolding, multi-cavity, silk-screen
Grades
Food-contact & UL94 V-0 on request
Reporting
Process sheets & Cpk on critical dims

Best for: plastic parts whose design still evolves — own tooling makes every revision cheap and fast.

Have a Part to Make?

Send drawings and get DFM feedback plus a firm quotation within 24 hours. NDA-friendly, MOQ from 100 pcs.

Get a Free Quote Capability Sheet (PDF)