Our Services
From CAD model or physical sample to functional part: rapid CNC prototypes in production materials, short runs, CAD/CAM programming and reverse engineering.
We turn CAD models into real parts in the same engineering materials planned for production.
Our rapid prototyping service lets you validate fits, tolerances and function before you invest in expensive tooling.
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Our equipment, the advanced materials we machine and the quality standards behind every B2B project.
Exact parts for mechanical and assembly tests that reduce the risk of costly errors late in production.
Assembly evaluation.
Functional checks before mass production.
Lower investment risk.
Early detection of design errors.
We machine your prototypes in the final polymers and alloys, so they behave like the real part under thermal and mechanical load.
Structural aluminum alloys.
High-strength stainless steels.
Technical plastics such as PEEK.
Real strength testing.
Quick geometry and tolerance changes, with several versions of a part in short lead times.
Fast changes to complex geometry.
New improved versions quickly.
Continuous design for manufacturing.
Short development lead times.
From the first approved prototype to small lots with consistent quality and repeatability.
Smooth path to initial production.
Very small lots.
Consistent quality across the run.
Ready to scale.
We turn technical concepts and physical parts into 3D solid models ready for CNC manufacturing.
Our team uses current software to design, simulate and optimize toolpaths before production starts.
A design for manufacturability (DFM) review on every project lowers cost and prevents manufacturing errors.
Our engineering capabilities, virtual modeling process and the quality standards behind every B2B project.
Exact 3D models and detailed 2D drawings with tolerance and surface finish callouts for your project.
Accurate 3D solid models.
Detailed technical drawings.
Assembly tolerances.
Clear surface finish callouts.
We measure worn or discontinued parts to create new CAD files and fully functional spares.
Accurate measurement of physical parts.
Digital rebuild of worn parts.
Drawings for obsolete spares.
Improved geometry for old designs.
Optimized G-code from your digital model for our CNC machining centers and lathes.
Efficient machine code.
Optimized toolpaths.
Shorter machining time.
Right cutting tool selection.
We simulate machining on screen to detect collisions, check material use and confirm feasibility.
Machining simulation.
Design for manufacturability review.
No machine collisions.
Lower production cost.
Copyright © 2026 Precision Meteoro by Creative Wave Studio
Copyright © 2026 Precision Meteoro
by Creative Wave Studio
