Comparison of cutting methods of various cutting machines
Cutting quality: Excellent dip angle · Small area affec […]
Cutting quality: Excellent dip angle · Small area affected by heat, basically no slag, good to excellent fine cutting effect;
Production capacity: the speed of cutting metal materials of various thicknesses is extremely fast, and the piercing speed is extremely fast;
Operating cost: long service life of consumable parts, good production efficiency and excellent cutting quality, resulting in lower cost per operation than other technologies;
Maintenance: Many components are usually properly maintained by the in-plant maintenance team.
Cutting quality: excellent dip angle, small area affected by heat, basically no slag, can achieve good to excellent fine cutting effect under the narrowest camber condition;
Production capacity: The torch can be quickly disengaged and the production efficiency is improved. When cutting metal materials with a thickness of less than 6mm, the speed is extremely fast. The thicker the metal, the slower the speed, the thicker the metal, the longer the perforation time. Generally, laser cutting is used in non-metal cutting metals. Only high precision laser cutting is used;
Operating costs: due to the power, gas consumption, high maintenance costs and relatively low cutting speed when cutting thick materials, the cost of a single operation is high;
Maintenance method: Professional technicians are required to complete complex maintenance work!