Laser processing provides non-contact precision for cutting, welding, marking, and surface treatment applications. AMD Automation integrates laser systems with robotic cells and gantry motion for complete automated solutions.
Laser Technologies
Fiber Lasers
Ideal for metal processing:
- High efficiency and low maintenance
- Excellent beam quality for fine features
- 1-20+ kW for cutting and welding
- Fast response for high-speed applications
CO2 Lasers
For non-metals and organic materials:
- Plastics, wood, textiles, paper
- Engraving and cutting
- Large format processing
- Established, reliable technology
UV and Green Lasers
For sensitive materials:
- Cold ablation with minimal heat
- Electronics and medical applications
- Glass and ceramic processing
- Fine marking on plastics
Laser Processes
Cutting
- Metals: steel, aluminum, copper, titanium
- Non-metals: plastics, composites, fabrics
- 2D and 3D contour cutting
- Integration with material handling
Welding
- Keyhole and conduction mode welding
- Hermetic sealing for medical devices
- Battery and electronics assembly
- Complementary to resistance welding
Marking
- Part serialization and traceability
- 2D codes, barcodes, human-readable text
- Logos and decorative marking
- Integration with machine vision verification
Industry Applications
- Automotive - Body welding, component marking
- Medical - Tube cutting, device marking, welding
- Electronics - PCB processing, enclosure marking
- Aerospace - Precision cutting, surface treatment
Contact us to discuss laser processing for your manufacturing needs.
Key Features
- Fiber, CO2, and UV laser sources
- Robotic and gantry motion
- Vision-guided positioning
- Process monitoring and control
- Fume extraction and safety systems
- Quick-change optics
- Multi-axis processing
- High-speed scanning heads
Applications
Laser Cutting
Precision cutting of metals, plastics, and composites with minimal heat affected zone.
Laser Welding
High-speed, deep-penetration welding for automotive, medical, and electronics.
Laser Marking
Permanent part identification for traceability without consumables.
Surface Treatment
Cleaning, texturing, and hardening metal surfaces.
Benefits
Non-Contact Process
No tool wear or contact forces for delicate materials and precision parts.
Speed
High processing speeds for production applications.
Precision
Micron-level accuracy for fine features and tight tolerances.
Flexibility
Program changes for different products without tooling changes.
Our engineers can help evaluate your requirements.