Laser Cutting machine for tube is widely used for manufacturing, such as automotive industry, areospace industry, and so on.
Cutting accuracy within ±0.1mm for tight tolerances.
Cuts carbon steel, stainless steel, aluminum, and more.
Easily creates holes, slots, notches, and bevel cuts.
Fully automated workflow reduces manual input.
● Machine Type: Precision Fiber Laser Cutting
● Laser Power: 30W / 50W / 70W
● Positioning Accuracy: ±3μm CCD Vision
● Structure: X/Y/Z Marble Table
● Applications: Glass, Sapphire, LCD, Lenses
● Machine Type: Tube Fiber Laser Cutting
● Supported Tubes: Round, Square, Rectangular, Special Shapes
● Tube Diameter Range: Φ16–Φ345mm
● Positional Accuracy: ±0.03mm
● Features: Auto Support, CNC Control, Fast Cutting
● Machine Type: Auto Loading & Unloading Laser Cutter
● Laser Power: 1500W–6000W
● Plate Thickness: 1mm–20mm
● Max Loading Format: 1500×3000mm
● Automation: Auto Transfer & Storage for Raw/Finished Materials
● Machine Type: Tube Fiber Cutting Machine
● Laser Power: 1500W–6000W
● Clamping Range: OD24–240mm
● Tube Length: 6000mm / 9000mm
● Accuracy: ±0.05mm, Max Acceleration: 1.5G
1)Metals like steel (including stainless steel), aluminum, copper, and brass are commonly cut.
2)Non-metals such as acrylic, wood, MDF (medium – density fiberboard), fabric, leather, and some types of plastics like PVC and PET can also be processed.
However, materials that are highly reflective, such as pure gold or silver, can be challenging to cut as they reflect the laser beam, potentially damaging the machine.
– Yes, the maximum thickness depends on the power of the laser and the type of material. For example, with a typical industrial CO2 laser, it can cut steel up to about 20- 30 mm thick, while for aluminum, the maximum thickness might be around 10-15 mm. For non-metals, a low-power laser might be able to cut a few millimeters of wood, while a more powerful one could handle thicker pieces, up to 50 mm or more in some cases. If you want to figure out the model of laser machine you need, pls consult us for more advice.
Laser cutting machines can achieve very high accuracy. In general, they can cut with an accuracy of ±0.1 mm or even better in some high-end models. The precision allows for the creation of intricate designs and parts with tight tolerances, making them suitable for applications in industries like electronics manufacturing and decoration making.
– When used properly, laser cutting machines are safe. However, they do pose some risks. So it important to take after-sale service into consideration when ordering a laser cutting machine.
– Regular maintenance is essential for optimal performance. The frequency depends on usage. For a machine that is used heavily, routine checks of the optics (lenses and mirrors) for cleanliness and alignment should be done timely. The laser source may need maintenance every few months to ensure proper power output. The cooling system, if applicable, should be serviced regularly to prevent overheating. Overall, a comprehensive maintenance schedule might include a major service once or twice a year.
