3D Printing
Additive manufacturing for geometries that are difficult or uneconomical to machine — complemented by CNC for finishing and critical features.
As fast as 3 days for prototypes
What is 3D printing?
3D printing builds parts layer by layer from your CAD data. Complex internal features and lightweight structures become practical where traditional machining alone would be costly or impossible.
Advantages
- Dense parts with complex geometry and precise internal features
- Minimal waste and efficient iteration on designs
- Conformal cooling channels for thermal performance (e.g. automotive & aerospace)
- Multiple parts per build platform for efficiency
Process
We review your CAD in advance, slice the model into thin layers (e.g. ~30 μm), and add supports where needed so features remain stable during the build. Supports are removed in post-processing.
Materials & post-machining
Metal printing in titanium, stainless steel, aluminum and more — material choice balances mechanical performance, weight, corrosion resistance and budget.
3D printing is often combined with CNC milling, turning, drilling or grinding for threads, bearing fits and cosmetic surfaces, plus painting and finishing services.
Frequently asked questions
When should I choose 3D printing vs CNC machining?
3D printing excels at complex internal geometry, lightweight structures and fast iteration; CNC is better for tight tolerances, smooth cosmetic faces and common engineering metals. We often combine both.
What metal materials can you 3D print?
Programs include titanium, stainless steel, aluminum and other alloys — selection depends on mechanical, weight and corrosion requirements quoted per project.
How fast can 3D printed prototypes be delivered?
Simple printed prototypes can be ready in as little as three business days after file review; metal builds and post-machining add time we outline in the quote.
Ready for a quote?
Send drawings and quantity — we respond with DFM notes and pricing.