CNC Metal Laser Pipe Cutting Machine

The versatility of CNC laser tube cutting machines makes them suitable for many industries.

Furniture Manufacturing

Metal furniture frames, chairs, tables, and shelving systems often require precise tube cutting and hole processing.

Automotive Industry

Vehicle frames, exhaust pipes, chassis components, and structural supports are commonly produced using laser tube cutting technology.

Construction Industry

Steel structures, railings, scaffolding, and support frames rely heavily on tube cutting machines.

Fitness Equipment

Gym equipment frames and structural components require high-precision tube cutting for strength and aesthetics.

Agricultural Machinery

Tube laser cutting is widely used for manufacturing agricultural equipment frames and structural parts.

One of iGOLDENLASER’s most significant competitive advantages is the range of automation options available for its pipe cutting systems, which allows customers to scale automation to their production volume and budget.

• Manual Loading Configuration: The machine is loaded one pipe at a time by the operator. Suitable for job shops and prototype work where variety is high and volume per part number is low.
• Semi-Automatic Feeding: A powered infeed conveyor stages individual pipes and feeds them to the chuck automatically, reducing operator labor while maintaining flexibility for small batches and multiple pipe varieties.
• Fully Automatic Bundle Loading: An automatic loading bunker stores an entire bundle of pipes. Through PLC control, the system automatically separates and feeds individual pipes one at a time — realizing fully automatic production including centralized storage, automatic feeding, and continuous cutting without operator intervention. This configuration enables lights-out night-shift production.
• Automatic Part Sorting and Unloading: Finished parts are conveyed automatically from the cutting zone and staged in collection areas, eliminating the need for an operator to manually remove parts between cycles.

The PLC-controlled automation system achieves small-batch, multi-variety production needs while simultaneously guaranteeing product quality, improving production efficiency, and reducing production costs — the combination that drives real ROI improvement.

 The fiber laser cutter pipe is mainly used for cutting carbon steel,stainless steel, steel, titanium alloy, pickling board, galvanized steel sheet, aluminum zinc plate, silicon steel, aluminum alloy, copper and many different types of metal materials.

The working principle of a CNC laser tube cutting machine is based on focused laser beam thermal cutting. The laser beam is generated by a fiber laser source and focused onto the surface of the metal tube through a cutting head.

The process typically involves the following steps:

1. Material Loading
   Metal tubes are automatically loaded into the machine through an automatic feeding system.

2. Positioning and Rotation
   The CNC chuck holds the tube and rotates it while positioning it accurately.

3. Laser Cutting
   The laser beam melts or vaporizes the material along the programmed cutting path.

4. Assist Gas Application
   High-pressure gases such as nitrogen or oxygen blow away molten material to produce clean edges.

5. Finished Part Output
   The finished parts are automatically discharged, ready for further processing or assembly.

The entire process is fully automated, ensuring consistent quality and high productivity.

Unparalleled Precision: Laser tube cutting achieves positioning accuracy within ±0.1mm, ensuring components fit together perfectly during assembly. This precision eliminates the fit-up problems, gaps, and misalignments common with traditional cutting methods. For manufacturers producing assemblies from multiple tube components, this accuracy reduces welding time and improves final product quality dramatically.

Complex Geometry Capability: Create intricate cutouts, angled ends, intersecting openings, and decorative patterns that conventional tools cannot achieve. Coped tube ends for perfect weld joints, mounting brackets integrated into tube surfaces, and artistic perforations all execute automatically. This capability expands design possibilities while eliminating secondary machining operations.

Exceptional Speed: Laser cutting operates at speeds dramatically exceeding traditional methods. What might take minutes with saws and drills completes in seconds with laser technology. This speed advantage multiplies productivity, reducing per-part costs and enabling rapid turnaround times that satisfy demanding customers.

Superior Edge Quality: Laser-cut edges are smooth, burr-free, and often require no secondary finishing. Traditional cutting methods leave rough edges, burrs, and distortion requiring grinding, filing, or deburring. Eliminating these secondary operations saves substantial labor while accelerating production schedules.

Material Versatility: Process carbon steel, stainless steel, aluminum, copper, brass, and specialty alloys with the same equipment. Wall thicknesses from thin-gauge tubing through heavy-wall pipe cut efficiently with parameter adjustments through software alone—no tooling changes required.

Eliminated Consumables: Unlike plasma cutting requiring regular nozzle and electrode replacement, or mechanical methods dulling blades and drill bits constantly, laser cutting has minimal consumable costs. Protective lenses and assist gas represent the primary ongoing expenses, both modest compared to traditional method consumables.

Digital Workflow: CAD/CAM integration means designs transfer directly to machines without manual programming or template creation. Design changes implement immediately through software updates rather than creating new fixtures or tooling. This digital workflow suits custom fabrication, rapid prototyping, and frequent design iterations.

Entry-level CNC tube laser systems (800W – 1.5 kW) start around $20,000-$30,000. Professional Systems (3-6 kW) start at $30,000-$40,000. Larger, industrial fully automated systems with higher power and advanced features can range from $20,000-$450,000+.