Other Manufacturing Services

CNC Machining in Singapore

High-precision CNC milling, turning, and 5-axis machining for prototypes and production—standalone or in a hybrid workflow with 3D printing to hit critical tolerances and fast lead times.

±0.005 mm typical tolerance* Metals & Engineering Plastics Prototype → Production

*Achievable tolerance depends on geometry, material and finishing.

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Fast Turnaround
DFM + CAM programming to accelerate builds
Premium Finish
From bead blast to anodize & polishing
Hybrid Ready
Machine critical features on printed parts

Why CNC Machining with Additive3D Asia

Get consistent dimensional accuracy, quality finishes, and flexible volume support—plus a single partner for additive + subtractive manufacturing.

Precision & Repeatability

Micron-level accuracy with consistent part quality across batches. Typical tolerances up to ±0.005 mm (feature-dependent).

Wide Material Library

Metals (Al 6061/7075, SS 304/316, Titanium, Tool Steels) and plastics (POM/Delrin, PEEK, Nylon, PC, ABS, Ultem and more).

Hybrid Manufacturing

Print near-net shapes (e.g., HP MJF/SLS) then CNC machine critical features for tolerance & surface finish.

Prototype → Production

From one-off functional prototypes to recurring production runs—optimized for cost, speed and performance.

Finishes & Treatments

Anodizing, bead blasting, powder coat, plating, passivation, heat-treat, grinding, polishing, laser marking.

Quality Focus

ISO-aligned processes, inspection reports on request, and traceable materials for regulated applications.

Capabilities

Milling & Turning

  • 3-, 4-, and 5-axis CNC milling
  • High-speed turning (live tooling available)
  • Typical tolerance: up to ±0.005 mm (feature-dependent)
  • Max envelope: contact us for current table sizes

Materials

  • Metals: Aluminium 6061/7075, Stainless Steel 304/316, Titanium, Brass, Copper, Tool Steels
  • Plastics: POM/Delrin, PEEK, PA/Nylon, PC, ABS, PMMA, Ultem
  • Special grades & certifications on request

Our Process

  1. DFM Review: CAD assessment, risk features, tolerances & finishes confirmed.
  2. CAM & Toolpaths: Strategies optimized for cycle time, surface finish and accuracy.
  3. Setup & Machining: Calibrated fixtures, correct tooling, coolant strategies, inline checks.
  4. Finishing & QA: Deburring, treatments, and dimensional inspection reports (on request).
  5. Packing & Delivery: Protective packaging and logistics across Singapore & APJ.

Tip: Include drawings (PDF) and critical-to-quality dimensions for faster quoting.

Industries & Use Cases

Built for functional validation, tooling, and end-use production across demanding industries.

Product Development

Fit-form-function prototypes, pilot builds, EVT/DVT runs.

Industrial & Robotics

Jigs, fixtures, end-effectors, precision housings, gears.

Aerospace & Automotive

Lightweight parts, brackets, mounts, tooling and fixtures.

Medtech

Engineering plastics and stainless components with controlled finishes.

Electronics

Enclosures, heat sinks, dielectric plastics, connector blocks.

Hybrid AM + CNC

Print complex geometry, machine critical features to tolerance.

Ready to build

Bring Your Ideas to Life with CNC Precision

Share your CAD, material, quantity and required tolerances. We’ll recommend the most efficient path—CNC alone or hybrid with 3D printing.

Request a Quote Explore 3D Printing

Upload: STEP/IGES/STL + drawing (PDF) + finish requirements.

FAQs

What tolerances can you achieve?
Up to ±0.005 mm (feature-dependent) is typical, depending on geometry, material, and finishing requirements. We confirm achievable tolerances during DFM review.
Which materials do you support?
Aluminium, Stainless Steel, Titanium, Copper alloys, Tool steels, plus engineering plastics like POM/Delrin, PEEK, Nylon, PC, ABS, and Ultem and more.
Do you support both prototype and production volumes?
Yes—rapid prototypes through recurring production. Lead times and economics are optimized based on volume and part complexity.
Can you combine CNC with 3D printing?
Absolutely. We often contract manufacturing of 3D print near-net shapes (e.g., HP MJF/SLS) then CNC machine critical faces, bores, threads, and datum surfaces for accuracy.

CNC Machining Gallery:

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