From prototype to low-volume production, meeting tolerances up to ±0.02mm for mission-critical components.
Cost-Effective Low-Volume Machining
Why Choose Marcopolo for Machining?
Low Lead Time
Fast turnaround, enabled by in-house programming, setup, and multi-material stock.
Diversity of Materials
We machine plastics, metals, and even specialised materials like Ciba Wood to suit your product’s functional needs.
Complex Geometries Delivered
We replicate casting-grade geometries, including undercuts, fillets, and wall transitions, using subtractive techniques.
Micro Milling for High Precision Parts
Using 40,000 RPM machines and cutters as small as 0.1 mm, we manufacture miniature and high-precision parts in both metals and plastics.
Prototyping and Small Batch Production
Complex Prototypes & Low-Volume Production – Engineered for Perfection
VMC & EDM
Advanced machines for making critical machined components, equivalent to Moulded and Casted part quality.
Micro Milling Capability
High Speed VMC with 40,000 RPM and up to 0.1mm cutter diameter to enable very high accuracy machined parts for high tech applications.
In-House Design
Prompt support for DFM, bridge design, fixture design, and part design improvements.
Post Processing
Powder coating, passivation, anodising, and other post-processing technologies are available to deliver a complete solution.
Ferrous and Non-Ferrous Metals, Alloys, Superalloys
Machined prototypes in all metals for prototyping for casted / forged components, and batch production of machined parts.
Engineering Plastics: ABS, Nylon, POM (Delrin)
Functional prototypes in engineering plastic to enable desired testing before production tool kick-off.
High-Performance Plastics: PEEK, ULTEM, PTFE
Suitable for aerospace, medical, or high-temperature parts that demand strength, dimensional stability, and chemical resistance.
Ciba Wood
Ergonomic models, 1:1 scale models and display models through Ciba Wood machining and high quality surface finishing.
Tight Tolerances (Up to ±0.02 mm)
Ideal for mission-critical components, mating parts, and dimensionally-sensitive applications like aerospace and medical devices.
Surface Finish up to Ra 0.8 µm
High-quality finishes achieved directly off the machine, suitable for cosmetic parts or post-processing-ready components.
Batch Production Without Tooling
Perfect for 1-100 parts, allows low-volume production without committing to expensive injection or casting tools.
Re-machining of Existing Production Parts
Allows minor design changes or ECN implementation by modifying existing parts, saving tooling costs and delays.
Note: All parts undergo form/fit validation with optional CMM inspection reports and visual inspection to customer specs.
Precision Engineering Meets Material Versatility
High-Quality Machined Parts for Prototyping & Low-Volume Production
At Marcopolo, we combine advanced CNC machining capabilities with deep engineering expertise to deliver precision-machined prototypes and end-use components in both metals and high-performance plastics. Whether you need a one-off test part or small-batch production, our in-house tool room ensures tight tolerances, repeatable quality, and fast turnaround times.
Faster Iterations. Smarter Production
How Leading Companies Are Scaling With Our 3D Printing Solutions
Get Effective Tooling Delay with Low-Cost Production Parts
Testimonials
What Our Clients Say?
Your Next Machined Component Starts Here
Get functional and precision-machined parts within days (not multiple weeks)
Schedule a CallExplore ServicesDo you support short-run or batch production?
Absolutely. We deliver low volumes (1–100 parts) without tooling investment. It’s great for ECNs (Engineering Change Notices), R&D trials, and pilot production / pre-production batches.
How precise are your machined parts?
We achieve tolerances of ±0.02 mm, depending on geometry and materials. It’s ideal for precision parts, jigs, and production validation.
Can you machine complex or casting-style parts?
Yes. We replicate casting-level features like fillets, transitions, and hollowed forms using multi-axis setups and fine tools.