Plasma
Cutting Quality: Excellent tilt angle, small heat-affected area, virtually no slag, good to excellent precision cutting effect;
Production Capacity: Extremely fast cutting speed for metal materials of various thicknesses, extremely fast piercing speed;
Operating Cost: Long service life of consumable parts, good production efficiency, and excellent cutting quality result in lower cost per operation compared to other technologies;
Maintenance: Many components can typically be properly maintained by an in-house maintenance team.
Laser
Cutting Quality: Excellent tilt angle, small heat-affected area, virtually no slag, good to excellent precision cutting effect even under the narrowest curvature conditions;
Production Capacity: The torch can be quickly disengaged, improving production efficiency; extremely fast cutting speed for metal materials thinner than 6mm, the thicker the metal, the slower the speed, and the longer the piercing time. Laser cutting is generally used for cutting metals from non-metals, and only high-precision applications utilize laser cutting.
Operating costs: Due to high power and gas consumption, high maintenance costs, and relatively low cutting speed when cutting thicker materials, the cost per operation is high.
Maintenance methods: Complex maintenance work requires professional technicians.
