Aerospace & Defense

Ultra-precision laser processing for aerospace-grade materials including titanium, aluminum alloys, and composites.

Get a Quote Talk to an Engineer

Industry Challenges

Common pain points our solution addresses:

1Uncompromising quality and traceability requirements
2Hard-to-machine aerospace alloys (titanium, Inconel)
3Need for precise control over heat input to prevent micro-cracks

Recommended Equipment

Fiber Laser Cutter 3015

Versatile fiber laser cutter for medium-sized metal fabrication.

Recommended Parameters

High-precision motion system with 2000W–6000W fiber laser. Real-time process monitoring.

Suitable Materials

Titanium Alloys
Nickel-Based Superalloys (Inconel)
Aluminum Alloys
High-Strength Steel
Carbon Fiber Composites

Process Advantages

Contactless processing eliminates mechanical force and deformation
Extremely high repeatability and dimensional accuracy
Capable of cutting complex, intricate aerodynamic cooling holes

Solution FAQ

Is laser cutting approved for critical aerospace structural components?

Yes, but it requires strict validation of the heat-affected zone (HAZ) and post-process treatment (e.g., chemical etching) as defined by aerospace standards.

Initializing...