Fiber Laser Technology

Tube Laser Cutting
Machine

CNC fiber laser cutting for round pipe, square tube, rectangular tube, angle steel and I-beam. High precision, high speed, fully automated — designed for industrial production.

20+
Years Manufacturing
180+
Countries Served
0.02mm
Cutting Precision
GWEIKE fiber laser tube cutting machine cutting round steel pipe in industrial production
🏭 Manufacturer Direct · No Middlemen
130+
Patents
200,000㎡
Production Facility
±0.02mm
Repeatability
24/7
Remote Diagnostics
20kW
Max Laser Power

Fiber Laser Tube Cutting Machines

From entry-level tube cutters to fully automated 3D five-axis systems — GWEIKE offers the complete range of tube laser cutting solutions for every production requirement.

GWEIKE GKS6024T2 T2 series fiber laser tube cutting machine for round and square pipe
T2 Series
GKS6024T2
High-efficiency tube laser cutting machine for round, square, and rectangular pipes. Purpose-built for furniture, fitness equipment, and machinery industries.
Round PipeSquare TubeRectangularAngle Steel
View T2 Series Specs
GWEIKE LF60M heavy-duty fiber laser tube cutting machine for I-beam and large diameter structural steel
LF60M Series
LF60M
Heavy-duty tube laser cutter for large-diameter pipes and structural steel. Handles I-beams, channel steel and complex profile cutting with precision.
I-BeamChannel SteelLarge DiameterStructural
Explore LF60M Cutter
GWEIKE TG series heavy-duty tube fiber laser cutting machine for round, square and rectangular profiles
TG Series
Heavy-Duty Tube Laser
Three-chuck heavy-duty tube fiber laser cutting machine for round, square, rectangular and structural profiles.
Round Pipe Square Tube Rectangular Heavy Duty
View TG Series Details
GWEIKE GKS6036T3 T3 series three-chuck heavy-duty tube laser cutter for long structural steel up to 12 meters
T3 Series
GKS6036T3
Extra-long chuck tube laser cutting machine with 12-meter capacity. Designed for heavy structural steel processing, construction steel and large industrial applications.
Three-Chuck Heavy Duty Long Pipe Structural
View GKS6036T3 Details
GWEIKE T4 four-chuck heavy-duty fiber laser tube cutting machine for large-diameter round and square tubes
T4 Series
Heavy-Duty Tube Laser
Four-chuck heavy-duty fiber laser tube cutting machine for large-diameter round and square tubes, with full-pipe processing and strong load-bearing capacity.
Four-ChuckHeavy DutyLarge DiameterFull Pipe Processing
View T4 Series Details
GWEIKE economical entry-level fiber laser tube cutting machine for small workshops and light gauge pipe
Entry Series
Economical Tube
Cost-effective fiber laser tube cutter for small to mid-sized workshops. Low initial investment with reliable industrial-grade performance — the best entry point.
Entry LevelSmall WorkshopCost Effective
View Economical Tube Cutter

Profile Types We Cut

GWEIKE tube laser cutting machines process virtually any tube and profile shape with automatic chuck clamping and CNC-controlled precision.

Round Pipe
Ø 20mm – 220mm
Square Tube
20×20 – 150×150mm
Rectangular
Custom sizes
Angle Steel
L-profile / Equal
Channel Steel
C / U channel
I-Beam / H-Beam
Structural sections
Oval / Elliptical
Decorative profiles
Custom Profiles
D-shape & more
Furniture manufacturing
Fitness & gym equipment
Construction & steel structure
Automotive frame components
Medical device manufacturing
Pipeline & HVAC systems
Guardrail & fencing
Agricultural machinery
Office furniture & shelving

Tube Laser Specs Comparison

Key specifications across the GWEIKE tube laser cutting machine range. Contact us for full datasheets and custom configuration options.

ParameterT2 SeriesLF60MT4 SeriesGKS6036T3
Machine PositioningHigh-performance tube cuttingProfessional tube cuttingFour-chuck heavy-duty tube cuttingThree-chuck heavy-duty tube cutting
Laser Power3–6 kW1–8 kW optional6–20 kW3–12 kW
Clamping RangeRound Φ20–240mmHold diameter up to Φ300mmRound Φ50–500mmRound Φ30–350mm
Square Tube Range□20–240mmSee model page□50–350mm□30–350mm
Effective Cutting Length6500mmSee model page12500mm6500–9500mm
Supported ProfilesPipe + profiled steelSpecial-shaped tubesLarge-diameter tubesPipe + profiled steel
Loading OptionsManual / Semi-auto / AutoSee model pageHeavy-duty full-pipe processingSemi-auto / Auto

Why Choose GWEIKE Tube Laser Cutters

We manufacture every machine we sell — no reselling, no markups — direct from our 200,000 m² production facility in China.

01
Manufacturer Direct
20+ years of laser manufacturing experience. We build the machines, control the quality, and sell directly — no middlemen, no inflated pricing. Factory price with full manufacturer warranty.
02
Precision Engineering
Panasonic servo motors, Hiwin precision guide rails, and TBI ball screws deliver 0.02–0.05mm repeatability. Consistent cut quality across shift after shift, year after year.
03
Global Support
On-site installation and technical support in 150+ countries. US demo rooms in New Jersey, California, and Illinois. 24/7 remote diagnostics and rapid spare parts dispatch.
04
Full Profile Range
From simple round pipe to complex I-beam and 3D compound angles — GWEIKE tube laser systems handle every profile type without fixture changes or manual repositioning.
05
Automated Production
Automatic loading, clamping, cutting, and unloading. Reduce manual labor, eliminate positioning errors, and run lights-out production on repeat orders.
06
130+ Patents
In-house R&D with more than 130 patents covering cutting head technology, motion control, and nesting software. Industry-leading innovation with proven field reliability.

What is a Fiber Laser Tube Cutting Machine?

A fiber laser tube cutting machine is a CNC-controlled industrial system that uses a high-power fiber laser beam to cut metal tubes, pipes, and structural profiles with precision. Unlike traditional sawing or plasma cutting, fiber laser tube cutting delivers clean, burr-free edges with minimal heat-affected zones — enabling tighter tolerances and reducing the need for secondary finishing operations.

GWEIKE fiber laser tube cutters use a rotating chuck mechanism to hold and rotate the workpiece while the laser cutting head moves along the length, enabling fully programmable complex cuts including end-face profiling, notching, slotting, and compound angle cuts — all in a single automated cycle.

Fiber Laser vs. Traditional Tube Cutting

Compared to saw cutting, plasma cutting, or mechanical punching, fiber laser tube cutting offers significantly higher cut quality, faster processing speeds, and dramatically better flexibility for complex shapes. A fiber laser tube cutter can produce dozens of different hole patterns, angles, and profile cuts in a single setup — something that would require multiple machines and fixtures using traditional methods.

Cutting speed for mild steel tube (3mm wall) with a 3kW fiber laser typically reaches 20–40m/min, with positioning accuracy of ±0.03–0.05mm. This combination of speed and precision makes fiber laser the preferred solution for high-mix, high-volume tube processing across industries from furniture to automotive.

How to Choose a Tube Laser Cutting Machine

Key selection criteria include maximum tube diameter (chuck capacity), maximum tube length, laser power (determines wall thickness capability), and whether you need 3D compound-angle cutting (5-axis) or standard 2D cutting. For most furniture and light structural applications, a 1–3kW machine with Ø120mm capacity covers the majority of requirements.

Contact the GWEIKE team to discuss your specific tube sizes, materials, wall thicknesses, and production volume — we'll recommend the right configuration for your application.

Tube Laser Cutting Machine Price

Fiber laser tube cutting machine prices vary significantly based on laser power, tube capacity, automation level, and whether sheet metal functionality is included. GWEIKE offers manufacturer-direct pricing without distributor markups — request a quote with your specifications for an accurate price.

Ready to Find Your Tube Laser Cutter?

Get a direct quote from the manufacturer. Our engineers will recommend the right machine for your tube sizes, materials, and production requirements.

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