Machining & cutting
CNC machining for carbon fiber and composites
Precision CNC milling for carbon fiber and composite materials — accurate, smooth and ready-to-install parts within our 3 × 2 m working area, subject to geometry and fixturing.
- Machine
- 4-axis CNC milling
- Work area
- 3 × 2 m
- Materials
- Carbon fiber, composites, aluminum, plastics, foams
01Overview
Overview
Composites are abrasive and sensitive to heat and delamination. Our CNC process is set up for these materials, delivering clean edges and tight tolerances on laminates, plates and sandwich panels.
Beyond carbon fiber we also machine aluminum, plastics and foams — including mold blanks and master models for our own tooling.
02Process
CNC Machining
Step 01
CAM programming
Toolpaths are generated directly from your CAD data.
Step 02
Fixturing
Parts are fixed to avoid vibration and edge damage.
Step 03
Machining
Trimming, pocketing, drilling and 3D milling on a 4-axis machine.
Step 04
Edge treatment
Surface finishing and edge treatment before inspection.
Carbon composite component with machined cutouts
03Applications
Applications
- Trimming of carbon fiber parts
- Carbon plates, brackets and machine parts
- Mold and master model machining
- Foam and core material shaping
- Aluminum and plastic components
Industries served
04Projects
Related projects
Tooling
Production molds for repeatable composite parts
Composite molds developed from a master pattern for repeatable part geometry and surface finish.
View project
UAV
Carbon fiber structures for UAV airframes
Tubes, frame plates and sandwich parts combining stiffness, low weight and vibration resistance.
View project
Capabilities
Related capabilities
Have a composite part in mind?
Send us your drawings, a sample or just an idea. Our engineers will review it and get back to you with a clear path to production.