Comparison Between Laser Cutting and Plasma Cutting:

• Precision: Laser cutting is significantly more precise with a smaller heat-affected zone and narrower slits.
• Material Deformation: Recommended for precision needs to avoid plate deformation due to heat.
• Technology: Plasma uses compressed air and high-temperature arc to melt metal; laser uses concentrated fiber beams.
• Thickness Suitability: Plasma is often less suitable for very thin plates due to the wide cutting slit.
• Value: Laser machines offer higher precision and cleaner finishes requiring no secondary processing.

Advantages of Laser Cutting:

• Thin cutting seam: Generally between 0.10~0.20mm.
• Smooth surface: No burrs on the cutting edge, eliminating the need for extra polishing.
• High Efficiency: Cutting speeds for thin plates can exceed 10 meters per minute.
• Versatility: No mold costs involved, making it ideal for both large-scale production and rapid prototyping.

We ensure the safety of your machine through a multi-layered protection process:

• Anti-collision Edge: All parts covered with soft pearl wool.
• Fumigation Wooden Box: Secure export-standard wooden cases saving transport time.
• Film Packaging: Tightly wrapped to avoid moisture, rust, and physical scratches.
• Iron Socket: Solid bottom design for easy forklift handling.