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Service 01 / 06

Precision CNC machining, from prototype to production.

3-, 4- and 5-axis milling plus CNC turning for metals and plastics, with tolerance, inspection and delivery targets reviewed for each project.

±0.005mmTightest tolerance*
1 DAYFastest lead time*
20+Metals & plastics*
2000mmMax part length*

*Indicative targets from the reference layout; confirmed after engineering and capacity review.

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Capabilities

Process capability overview

ProcessToleranceMaximum sizeLead time
3-Axis Milling±0.05mm*800×500×500mm*1–3 days*
5-Axis Milling±0.02mm*600×400×400mm*3–5 days*
CNC Turning±0.01mm*Ø300×600mm*2–4 days*
Swiss Turning±0.005mm*Ø38×300mm*3–5 days*

*Indicative targets from the reference layout. Tolerance, part size, inspection scope and lead time are confirmed after engineering review.

Materials

Available materials

M01

Aluminum 6061 / 7075

Lightweight machinable alloys for structural, fixture and precision components.

M02

Stainless Steel 303 / 304 / 316

Corrosion-resistant options selected around machining, strength and environment.

M03

Titanium Grade 5

High strength-to-weight alloy option for demanding applications.

M04

Carbon Steel 1045 / 4140

Strength and wear options for mechanical and tooling components.

M05

Delrin (POM)

Low-friction engineering plastic for mechanisms, bushings and precision parts.

M06

PEEK

High-performance polymer option for thermal and demanding environments.

M07

ABS / Nylon (PA)

General-purpose plastic options for functional prototypes and components.

M08

Brass / Copper

Conductive and machinable alloy families for selected applications.

Exact alloy, temper, certification, stock condition and traceability are confirmed for each project.

Surface finishes

Finishing options

  • As-machined
  • Anodizing (Type II / III)
  • Bead blasting
  • Bead blast + anodize
  • Black oxide
  • Electroplating (Ni / Zn)
  • Passivation
  • Polishing

Finish compatibility, color, texture, masking and cosmetic acceptance criteria require project confirmation.

Design for manufacturing
01

Internal corner radii

Design internal corners around practical cutter diameters and avoid unnecessary sharp pockets.

02

Minimum wall thickness

Confirm wall requirements around material, geometry, clamping and structural loading.

03

Deep hole ratio

Review depth-to-diameter ratios, tool access and chip evacuation for deep features.

04

Thread standards

Specify standard thread callouts and required gauges to avoid custom tooling ambiguity.

Applications

Industries we serve

  • Aerospace & Defense
  • Medical Devices
  • Robotics & Automation
  • Industrial Equipment
  • Automotive
  • Consumer Electronics

Project suitability, regulatory requirements and validation scope are confirmed during review.

Featured work

Recent CNC Machining projects

Concept example

Drone gimbal housing

Concept structure for a milled aluminum housing; tolerance, finish and timing require confirmation.

Concept example

Surgical instrument handle

Concept structure for a stainless steel handle; material, passivation and validation are project-specific.

Concept example

Robotic gripper joint

Concept structure for a machined titanium joint; load, inspection and finish require engineering review.

Concept examples illustrate page structure and are not presented as customer case studies.

FAQ

Common questions

What is the tightest tolerance you can hold?

Tolerance capability depends on material, geometry, feature size, datum strategy and inspection method. Critical dimensions are confirmed during engineering review.

Can I mix metals and plastics in one order?

Mixed-material RFQs can be reviewed, with each component evaluated for its own process, material, finish and inspection needs.

Do you offer low-volume production, not just prototypes?

Prototype and low-volume production quantities can be reviewed, with process planning adapted to the required repeatability and delivery schedule.

Cross-sell

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