Collection: GW Laser Tech Laser Cutting

GW Laser Tech Laser Cutting Devices are used for:

Laser Melting Cutting: In laser melting cutting, the workpiece undergoes partial melting, followed by the ejection of molten material aided by nitrogen or air. As material transfer solely occurs in its liquid state, the process is termed laser melt cutting, commonly used for cutting stainless steel.

Laser Flame Cutting: Laser flame cutting differs from laser melting cutting as it employs oxygen as the cutting gas. Through the interaction between oxygen and heated metal, a chemical reaction ensues, further heating the material. This leads to higher cutting rates compared to melt cutting for the same thickness of structural steel, typically used for cutting carbon steel.

Laser Gasification Cutting: During laser gasification cutting, material vaporizes at the cutting seam, necessitating very high laser power.

Product Characteristics:

• Increased Plate Cutting Thickness Limit: High-efficiency laser cutting applications enable an expansion of the thickness limit for plate cutting.
• Enhanced Cutting Efficiency: Cutting 40mm carbon steel, a 20KW laser achieves a 133% higher speed compared to a 12KW laser, resulting in improved efficiency.
• Cost Reduction and Revenue Increase: Through the enhanced efficiency and capabilities of high-efficiency laser cutting, costs can be reduced while revenue potential is increased.