Processing Capabilities

Manufacturing matched to your program stage — CNC machining for fast prototyping, MIM and die casting for ramp-up and mass production, plus complete post-processing. Fewer handoffs, one accountable partner.

CNC machine milling operation in progress
Prototype Stage

CNC Machining

7–15 day sampling with no tooling investment — validate your design fast, in the final material.

Ramp-up & MP Stage

MIM

Complex geometries formed in one step — the cost-effective route once volumes grow.

Aluminum Parts

Die Casting

High-volume thin-wall aluminum components in ADC12 / A380, machined and finished in-house.

CNC Machining

Prototype Stage · 3 / 4 / 5-Axis

The fastest route from CAD to physical part — precision machined prototypes and pilot batches with tight tolerances, broad material coverage and full inspection reporting.

Equipment3-axis milling, turning, 4/5-axis machining centers
ToleranceDown to ±0.01 mm
Sampling7–15 day lead time, no tooling required
MaterialsStainless steel, aluminum, titanium, brass, engineering plastics
Batch sizeSampling runs & pilot batches; 100–500+ for production
Typical partsEnclosures, fittings, shafts, fixtures, implant-grade components

Metal Injection Molding (MIM)

Ramp-up & MP · Complex Geometry

Once your design is validated and volumes ramp up, MIM forms small, complex parts in one step at scale — using our own group-produced MIM-grade powder for stable feedstock and repeatable results.

Part weight0.1–250 g typical
Tolerance±0.3% of dimension typical; ±0.1% achievable with secondary machining
MaterialsTitanium (Gr2 / TC4), 316L, 304, 17-4PH, tool steels
Batch sizeFrom 1,000 pcs per run; tooling amortized over volume
Typical partsMedical instrument components, hardware, mobile-phone parts, automotive small components

Die Casting

Aluminum · High Volume

High-volume thin-wall aluminum components with excellent surface finish — the economic choice for aluminum parts at scale, with machining and finishing under the same roof.

AlloysADC12, A380 and related aluminum casting alloys
CharacteristicsThin-wall, lightweight, high-consistency mass production
ToleranceCT4–CT6 as-cast; tightened with post machining
Post-processCNC finishing, anodizing, coating, polishing
Typical partsElectronics housings, heatsinks, automotive & robotics structural parts

Investment Casting

Steel · Stainless · Large Parts

Near-net-shape castings in steel, stainless steel and aluminum — from grams to tens of kilograms, beyond the size range of MIM and die casting.

ProcessSilica-sol investment casting, 5 g–50 kg
Surface finishRa 3.2–6.3 μm as-cast
ToleranceCT4–CT6 as-cast; tightened with post machining
Post-processHeat treatment, machining, polishing, PVD/plating
Typical partsValve bodies, pump housings, marine hardware, machinery components

Post Processing & Surface Treatment

PVD · Anodizing · More

Complete finishing capability so parts arrive ready for assembly — appearance, corrosion resistance and wear performance engineered to spec.

PVD coatingTiN, TiCN, CrN, DLC — decorative & wear-resistant, watch/jewelry grade available
AnodizingType II decorative & Type III hard coat, full color range
CoatingSpray / dip / electrophoretic coatings, zinc & nickel plating
Sand-blastingFine to coarse media, uniform matte texture
PolishingMechanical, chemical & electro-polish — mirror to satin

Not sure which process fits your part?

Send the drawing — our engineers will compare MIM, CNC and casting on cost, tolerance and lead time.

Ask an Engineer

信立则安,孚达四海。

Anchored in Trust. Delivered Worldwide.

Metal Powders · Precision Parts · Processing · Industrial Equipment

Get a Quote