Laser CO2 vs Diode
je. Introduction
UN. Overview of laser technology
B. Importance of laser technology in various industries
II. Laser CO2
UN. Definition and working principle of CO2 laser
B. Advantages of CO2 laser
1. High beam quality
2. Versatility in cutting, engraving, and welding applications
3. Suitable for a wide range of materials
C. Disadvantages of CO2 laser
1. High power consumption
2. Limited portability due to size and weight
III. Laser Diode
UN. Definition and working principle of diode laser
B. Advantages of diode laser
1. Compact size and lightweight design
2. Low power consumption
3. Quick start-up time
C. Disadvantages of diode laser
1. Lower beam quality compared to CO2 laser
2. Limited applicability for certain materials
IV. Comparaison
UN. Power output
B. Beam quality
C. Applicability for different materials
D. Portability and ease of use
E. Cost-effectiveness
V. Conclusion
UN. Summary of key points discussed
B. Recommendation based on specific requirements
C. Future developments and advancements in laser technology
