Laser cutting machines for round and square tubes

Laser cutting of tubes is a modern metalworking technology offering a number of significant advantages over traditional cutting methods. The cutting element of the machine is a high-power laser beam, which instantly vaporizes the metal at the focal point without causing any mechanical stress to the workpiece. This method allows for the processing of thin, easily deformed tubes without the risk of them losing their shape.

  • The advantages and benefits of laser metal processing include:
  •  the absence of any defects on the cut surface, such as chips or burrs, allows for high-quality joining of parts;
  • the processing of tubes and profiles of any cross-section (round, rectangular, or square);
  • laser cutting does not deform the material, nor does it cause the accumulation of internal stress or structural defects in the metal, which directly impacts the durability of the finished products;
  • the laser cut line can be not only straight but also have a complex, curved shape, which is unachievable with mechanical tools;
  • the high quality and precision of the cutting process eliminates the need for additional trimming, saving time and costs.

The main features and advantages of laser metal processing are as follows:

• The cut surface is free from defects such as chips or irregularities, allowing high-quality joining of parts;

• Suitable for tubes and profiles of any cross-section (round, rectangular, square);

• Laser cutting does not deform the material or cause internal stresses or structural defects to accumulate in the metal, which directly affects the durability of the finished products;

• The laser cutting path can be straight or have a complex, curved shape that cannot be achieved with conventional mechanical tools;

• High-quality and precise processing eliminates the need for additional cutting or finishing operations, saving both time and costs.

Advantages of laser cutting machines for tubes and profiles:

• High cutting speed

• High cutting accuracy

• Non-contact processing

• Energy-efficient and environmentally friendly

• Adaptability to different materials

We offer a wide range of laser cutting machines for tubes and profiles, from cost-effective solutions to machines capable of cutting tubes and profiles with diameters of up to 1,000 mm. Our machines are available with 2D or 3D cutting heads (BOCI, RayTools, Precitec, etc.), various laser sources (MAX, IPG, BWT, Raycus, etc.), and different control systems.

Tube diameter


Profile size, mm

Min – Max


KW


Cutting head

Loading length, m

Unloading length, m

10 – 42*3

15*15 - 40*40

1 - 3


2D

3 - 6

10 - 1800

15 - 120*4

15*15 – 100*100*4

1.5 - 2


2D

3 - 6

0 - 6

15 - 160

20*20 – 110*110

1.5 - 6


2D / 3D

6

0 – 6

20 - 220

20*20 – 150*150

1 - 12


2D

6.5 -9.2

0 - 6

20 – 220

20*20 – 220*220

1 - 6


2D

6.2

0 - 6

20 - 220

20*20 – 220*220

1 - 20


2D / 3D

6.0 – 6.2

0 – 3 - 6

20 – 320

20*20 – 220*220

1 - 20


2D / 3D

6 - 12

3 – 6 – 9 - 12

20 - 360

20*20 – 220*220

1 - 15


2D

6.5 -9.2

0 - 6

20 - 360

20*20 – 220*220

1 - 30


2D / 3D

6 - 9 - 12

3 – 6 – 9 - 12

20 - 360

25*25 – 350*350

1 - 30


2D / 3D

6 - 9 - 12

3 – 6 – 9 - 12

20 - 450

25*25 – 400*400

6 - 60


2D / 3D

6 -9 - 12

3 – 6 – 9 - 12

25 - 515

25*25 – 515*515

6 – 60


2D / 3D

6 – 9 - 12

3 – 6 – 9 - 12

100 - 1000

100mm≤1000mm

12 - 60


2D / 3D

6 - 9 - 12

3 – 6 – 9 – 12