Laser tube cutting has revolutionised construction, building, and structural metalwork. Previously, using steel or other materials, certain structures or components were impossible to design with conventional tube cutting methods. Laser technology now enables industries to create innovative solutions and support technological advancements.

Key Sectors for Laser Tube Cutting

Laser tube cutting is widely used across many industries. Common processes include perforations, slots, notching, and end cuts for making joints. These processes are applied in:

• Assembled frames for buses and agricultural machinery
• Furniture and designer lighting
• Machine and plant construction using square cross-section tube frames

In large and medium-sized tube constructions, laser cutting is used in 90% of cases due to its unmatched flexibility.

Innovative Applications

Laser tube cutting systems enable the rapid production of new, cost-effective products without tooling costs. Key applications include:

• Components for furniture, construction, and automotive markets
• Custom processes for machinery, agriculture, fitness, air conditioning, and energy sectors

What Makes Laser Tube Cutting Innovative?

One significant advancement is chamfering, where cutting angles on edges are precisely programmed. Machines with 3D laser cutting heads simplify metalwork requiring full-penetration welds. Laser systems also process uniquely shaped profiles, such as those used in:

• Earth-moving machine cabins
• Lighting systems
• Door and window frames

Materials and Shapes

Laser systems can cut:

• Round, square, rectangular, oval, and elliptical tubes
• Closed or open specialist profiles
• Joints, positioners, and connectors

Our tube cutting systems process steel, carbon alloys, stainless steel, aluminium, copper, and brass. Fiber laser technology allows cutting complex shapes without special equipment, reducing waste and lead times.

Benefits of Laser Tube Cutting

Laser cutting provides unmatched flexibility, speed, and quality. Key advantages include:

• High precision and better surface finish
• Rapid, cost-effective prototyping and mass production
• High productivity and automation for competitive markets

Cutlite Penta machines excel in complex operations for industrial and agricultural vehicles, offering versatility to process various cross-sections, materials, and thicknesses without costly tooling.

Laser Cutting Gases

Cutlite Penta machines support multiple assist gases:

• Oxygen and air for iron pipes
• Nitrogen for stainless steel pipes

The CNC system manages all cutting operations and unloads finished parts efficiently.

Fiber vs. CO2 Lasers for Tube Cutting

Fiber lasers are preferred for tube cutting due to:

• Low electricity costs
• Minimal maintenance
• High cutting speeds
• Ability to cut diverse metals (e.g., copper, brass, alloys)

Fiber lasers’ precise focus enhances stability and accuracy, ensuring high-quality cuts.

Contact Laser Resources to learn more about advanced laser tube cutting solutions.