Laser Tube Cutting Machines
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brand newLaser Tube Cutting MachineCore
Pipe loading length 100-12000 mm Laser power up to 30 kW Cross section O ◻ Max tube weight 600 kg 
Machine size 11930 x 2135 x 2120 mm Net weight 6000 kg -
brand newLaser Tube Cutting MachineCorePro
Pipe loading length 100-12000 mm Laser power up to 30 kW Cross section O ◻ ⌷ H ⌴ L Max tube weight 600 kg (1100 kg optional) Machine size 10525 x 2650 x 2300 mm Net weight 4350 kg -
brand newLaser Tube Cutting MachineNova
Pipe loading length 100-12000 mm Laser power from 12 to 30 kW Cross section O ◻ ⌷ H ⌴ L Max tube weight 1500 kg Machine size 11525 x 2929 x 2300 mm Net weight 5200 kg -
brand newLaser Tube Cutting MachineHeavy Duty
Pipe loading length 100-12000 mm Laser power from 12 to 30 kW Cross section O ◻ ⌷ H ⌴ L Max tube weight 3000 kg Machine size 28215 x 7344 x 2300 mm Net weight 25000 kg -
brand newAutomatic tube loader for laser cuttingAutoLoader
Pipe loading length 100-6000 mm Laser power - Cross section O ◻ Max tube weight 1500 kg Type Full-automatic loading and unloading system Max loading length 6000 mm Max pipe diametr (round) 80 mm Min pipe diametr (round) 20 mm Max pipe diametr (rectangle) 80 mm Min pipe diametr (rectangle) 20 mm Type of pipes Round, Rectangle -
brand newSemi-automatic tube loader for laser cuttingSemi-AutoLoader
Pipe loading length 100-12000 mm Laser power - Cross section O ◻ ⌷ H ⌴ L Max tube weight 1500 kg Type Semi-automatic loading and unloading system Max loading length 6000/9000/12000 mm Unloading table 3000/6000/9000/12000 mm Max pipe diametr (round) 360 mm Max pipe diametr (rectangle) 360 mm Max pipe weight 500/1100/1500 kg Type of pipes Round, Rectangle, H-Beam, L-Beam and etc. -
brand newSemi-automatic tube loader for laser cuttingHDLoader
Pipe loading length 100-12000 mm Laser power - Cross section O ◻ ⌷ H ⌴ L Max tube weight 3000 kg Type Semi-automatic loading and unloading system for heavy tubes Max loading length 6000/9000/12000 mm Max unloading length 6000/9000/12000 mm Max pipe diametr (round) 360/550/640 mm Max pipe diametr (rectangle) 360/550/450 mm Unloading table Semi-automatic Max pipe weight 1500/3000 kg
Criteria for selecting a tube laser cutting machine
When choosing a laser tube cutting machine, consider the following points:
Laser type and power
There are different types of lasers, such as carbon dioxide, fiber, solid state (Nd:YAG), and others, each of which has certain advantages and disadvantages. The type of laser determines the speed and quality of the machine and its cost.
The power of the laser is important to consider because it determines how thick materials can be cut with a laser tube cutter. As a rule, the higher the laser power, the thicker the material that can be cut.
Cutting Speed
A lot depends on this criterion. The higher the speed of the laser tube cutter, the higher the productivity and efficiency, which is very important in business.
Cutting accuracy
Another important parameter that cannot be left without attention, because thanks to it you can minimize the loss of material and the product itself. High precision laser tube cutters are more suitable for complex tasks and projects.
Machine dimensions
Do not forget about the size of the equipment, because if the purchased tube cutter does not fit into the working space, it is unlikely that the work process will please you.
Service & Maintenance
It’s no secret that you need to maintain your laser cutting machine in a timely and quality manner. But it’s also important to consider how quickly and conveniently you can purchase and replace new machine components, such as the laser tube. Choose a laser tube cutter manufacturer that uses components from well-known brands in their machines. The kind of parts that are available worldwide at an affordable price.
Cost
Last but not least, cost is certainly not the least important consideration when making a purchase. There are a number of parameters that affect the price. No matter how top-notch the machine is, if the price is beyond your budget, it may be worth considering a similar option at a more budget-friendly price.
Which tubes can be cut with a tube laser cutting machine?
A tube laser cutting machine can treat a wide range of tube materials, enabling intricate forms and precise cuts. These devices are often used to cut the following kinds of tubes:
- The most common type of tube is round, which works well for creating cylindrical frames and other components.
- Rectangular and square tubes are utilized for framing in appliances and construction because of their great strength and simplicity of assembly.
- Aerodynamic components such as oval and elliptical tubing are frequently utilized in automotive and aerospace applications.
- In the manufacturing, smelting, and construction sectors, beam shapes such as T-beams, I-beams, channel bars, L-bars, and others are utilized to strengthen structures.
- Other unique shapes: These comprise more intricate profiles in the forms of triangles and hexagons.
Numerous materials, including metals like steel, stainless steel, aluminum, titanium, and other alloys, can be cut into tubes using these machines. In sectors including construction, automotive, aerospace, and manufacturing, laser tube cutting machines are indispensable due to their ability to work with a wide variety of forms and materials.
FAQ
Can a tube be cut with a laser?
It is feasible to cut a tube with a laser. With laser cutting technology, they may be precisely and neatly cut. It can also be used to create detailed features and designs on cylindrical surfaces.
What can a tube laser cut?
A tube laser can cut through metals like titanium, steel, stainless steel, and aluminum. It can handle more complex shapes like oval and triangle, as well as a range of tube shapes like square, rectangular, and round. This enables the creation of intricate designs and accurate cuts for usage in applications in the construction, automotive, and aerospace industries.
Is a laser tube cutting business profitable?
Yes, a laser tube cutting firm can succeed due to the high demand across a range of industries, the precision with which it can cut, the automation that boosts productivity, and the flexibility to branch out into other service areas. A number of factors, including the original investment, recurring costs, market competition, and customer demand, affect profitability.
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