CNC Laser Cutting Services for Precision Metal Fabrication
Advanced Laser Cutting Technology
Modern CNC laser cutting machines replace outdated fabrication methods, delivering unmatched speed, precision, and material efficiency for prototypes to high-volume production.
Key Advantages Over Traditional Processes
| Laser Cutting Benefits | vs Shearing/Punching |
| No tooling required | Eliminates die costs for custom shapes |
| Micro-hole capability | Cuts holes smaller than material thickness |
| Consistent cut quality | Zero tool wear ensures uniform edges |
| Tight tolerances | Achieves ±0.002″ accuracy |
| Minimal kerf & burr-free | Reduces post-processing needs |
Precision Engineering Capabilities
- Complex Geometry Cutting:
- 2D/3D shapes directly from CAD designs
- Intricate patterns for medical devices, aerospace components
- Material Versatility:
- Stainless steel, aluminum, titanium, copper, and exotic alloys
- Thicknesses from 0.01″ to 1″+ with specialized machines
- Edge Finish Quality:
- Vertical cut edges with minimal bevel (≤1° angle)
- No sharp burrs on backside when optimized
Production Efficiency Features
- Rapid Prototyping:
- Design-to-part turnaround in hours vs days with traditional methods
- High-Volume Scalability:
- Multi-axis laser systems for batch production up to 10,000+ parts
- Material Optimization:
- Nesting software minimizes scrap (up to 95% material utilization)
Technical Specifications
- Tolerance Control:
- ±0.002″ for thin materials (≤0.1″)
- ±0.005″ for thicker stock (0.1″-1″)
- Cutting Speed:
- Up to 500 ipm for aluminum (0.1″ thickness)
- Laser Types:
- CO₂ lasers for non-ferrous metals
- Fiber lasers for high-speed steel cutting
Industry Applications
- Aerospace: Lightweight component profiling with tight tolerances
- Medical: Sterilizable parts with burr-free edges
- Electronics: Precision enclosures and heat sinks
- Automotive: High-volume engine components with minimal waste
Ideal for projects requiring design flexibility, rapid turnaround, and superior cut quality without tooling constraints.