METAL
TUBE & PIPE LASER CUTTING
ROTARY
TUBE LASER CUTTER
• Round tubes
• Square or rectangular cross-section tubes
• Oval or elliptical tubes
• Specialist closed or open profiles
• Joints, positioners and connectors of various types
A tube laser cutting machine (also known as a rotary laser level) is a specialised tool that spins a fibre laser ultra-fast to cut through various types of metal pipes, including stainless steel, carbon steel, and galvanised pipes commonly used in industries such as building materials, office furniture, and sports equipment.
As technology has matured, laser cutting services in Bangalore and beyond have rapidly gained popularity across various industries. Today, the best tube laser cutting machines are the preferred cutting tools for small and medium-sized enterprises due to their high processing efficiency and precision.
Advantages of a Rotary Laser Level
Industry Applications of Tube Laser Cutting
The cutting principle of a laser tube cutter is similar to that of a plane laser cutting machine. However, a tube laser cutting machine is a specialised tool mainly used for standard metal tubes, such as round tubes, rectangular tubes, and oval tubes, as well as profiles like channel steel, angle steel, and some shaped tubes.
There are several advantages to using tube laser cutting machines compared to traditional processing techniques, including:
• High cutting precision with contour accuracy that can reach ± 0.05mm
• Flat kerf with no burr, fine slit, and minimal material loss
• Non-contact processing with a small heat-affected zone, resulting in almost no deformation
• High cutting efficiency, which allows for mass production
• Good flexibility due to the use of a professional CNC system and material programming software, allowing for quick and easy changes to the product.
Tube laser cutting machines are often used to replace mechanical drilling, milling, sawing, punching, and other hard tool-based processes that are typically required to process different metal tubes. They can perform a variety of tasks, including cutting, chamfering, grooving, hole cutting, scoring, and other complex tube structures.
Tube laser cutting machines are widely used in various industries, including:
• Sheet metal processing
• Kitchenware
• Lighting, automotive
• Medical equipment
• Hardware
• Fitness equipment industries
• And much more
Industry Applications of Tube Laser Cutting
Electronics and Technology
A rotary laser level is extensively used in the manufacturing of electronic and technological components, such as heat sinks, enclosures, and brackets. These cutters are excellent for fabricating small and precise parts, as well as sheet metal fabricating and creating intricate designs. The lack of secondary operations ensures that the parts can be assembled quickly and accurately, offering more efficient processes and greater quality control.
Aerospace
The aerospace industry requires high-quality components that can withstand extended periods of extreme stress. As such, manufacturers rely heavily on the best tube laser-cutting machines for the production of various aircraft parts, such as wing spars, lightweight aircraft tubing, engine components, and hydraulic systems. The high precision and accuracy of tube lasers are critical in this industry, where even a small mistake could have severe consequences.
Automotive
A laser tube cutter is often found in the automotive industry throughout the production of exhaust systems, fuel rails, chassis components, and countless other parts. As we have discussed, tube lasers offer a high level of precision, accuracy and speed when developing complex shapes, which are a necessity in large-scale automotive manufacturing operations.
Furniture Manufacturing
Applying a rotary laser level allows furniture manufacturers to produce custom designs for chairs, tables, and other furniture items. The flexibility and speed of tube laser cutting enable manufacturers to produce high-quality furniture designs in less time. It also allows builders to create complex designs and shapes that were not possible with traditional methods.
Medical Devices
A rotary laser level is extensively used in the manufacturing of electronic and technological components, such as heat sinks, enclosures, and brackets. These cutters are excellent for fabricating small and precise parts, as well as sheet metal fabricating and creating intricate designs. The lack of secondary operations ensures that the parts can be assembled quickly and accurately, offering more efficient processes and greater quality control.
