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The process and method of laser tube cutting are used to cut tubes, structural shapes, and channels. These items will be cut to the required length during the process. The tubing can also have designs or holes cut out of it. It is a method of cutting that is precise. It is a method of cutting that is precise.
Additionally, it can be applied to a wide range of materials in all sizes and shapes. When considering laser tube cutting, choose a metal fabricator with extensive laser cutting experience. It’s important to know when to use laser tube cutting. A laser tube cutter is the best option if parts of the tube need to be welded later in production.
Because laser tube cutting is precise, it works well for precise and clean piece welding. Laser tube cutting provides the necessary cuts for tubes that must be bent before welding. Tubes can be manually bent thanks to the cuts.
It reduces the amount of welding required as well as the number of required parts. Tubes of a wide variety of sizes and shapes can be cut with a laser. Cut the necessary tube’s diameter to a diameter of less than an inch all the way up to nine inches. Additionally, tubes with a diameter of up to 9 inches can be cut.The length is also unimportant. 24-foot standard tubing is simple to maintain.
The Global Tube Laser Cutting Machine marke accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
FARLEY•LASER’s fast, fully automatic CNC tube laser cutting machine can cut round, rectangular, and other irregular-shaped tubes. In addition to enabling automatic production, the new tube laser processing production line also overcomes plane cutting’s limitations. It is the best option for laser cutting metal tubes because it achieves multi-dimensional cutting.
The TP series fiber laser technology from HGLaser makes use of a cutting-edge resonator to automatically and precisely adjust the laser beam’s diameter. Laser tube cutting cannot cut carbon steel smaller than a quarter of an inch. Additionally, stainless steel can be cut by machines up to 0.25 inches.
Laser tube cutting on titanium also cuts through 0.04 inches without issue. Tubes with irregular, round, or rectangular profiles can be cut with a laser. There are no issues with shape, size, or thickness. The wide range of applications that laser tube cutting can handle exemplifies the machine’s adaptability.
Laser tube cutting can be used on a lot of different materials. For titanium, stainless steel, carbon steel, and aluminum, opt for this approach. A fiber laser rather than a CO2 cutter should be used to cut reflective material.
Non-metals can be cut as well. A laser tube cutter can cut through bread, wood, plastic, and styrofoam with ease. In addition to being extremely effective, laser tube cutters are extremely precise and adaptable. After being cut with these machines, tubes do not require any additional processing. There are no leftover materials to be removed because the cuts are clean and precise.
