Three-Dimensional Five-Axis Fiber Laser Cutting Machine

Three-Dimensional Five-Axis Fiber Laser Cutting Machine

· Three-dimensional five-axis cutting technology for complex steel sections
· Chuck-free cutting design – suitable for H-beams, I-beams, angle steel, channel steel, and large profiles
· Four-in-one processing capability – profiles, plates, tubes, and bevels
· High-precision shaping – forming error controlled within 0.2–0.5 mm
· Optional dual-station configuration – reduced loading time and higher productivity

Laser power: 12kw-40kw

Introduction

Specifications：

Model	14032FA
Working Area	14000 × 3200 mm - 26000 × 3200 mm
Laser Power	12kw – 40kw
Laser Source	Raycus / Max / RECI / IPG
Laser Head	BOCI / RAYTOOLS
Motor & Drivers	DELTA / Fuji / Yaskawa
Control System	FSCUT
Positioning Accuracy	±0.15 mm
Re-positioning Accuracy	±0.15 mm
Cutting Speed	80 m/min
Cutting Thickness	0–90 mm
Cooling Method	Water cooling
Power Supply	380V 3P 50HZ
Gross Weight	23,000 kg

Description：

The Three-Dimensional Five-Axis Fiber Laser Cutting Machine is a high-end CNC system designed for complex section steel processing. It integrates fiber laser cutting, precision mechanics, intelligent detection, and three-dimensional five-axis CNC technology.

This machine enables chuck-free cutting of large steel sections, ensuring fast processing speed, excellent forming accuracy, and a high one-time through-hole rate. It supports multi-process operations including cutting, hole opening, beveling, marking, locking ports, and welding holes in a single setup.

With optional dual-station design, loading and unloading time is significantly reduced, improving overall production efficiency and lowering labor costs.

Cutting Parameters：

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Cutting Samples：

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High-Quality Components for Reliable Performance

Laser Source: Raycus, Max, RECI, or IPG for stable high-power output
Laser Head: BOCI / RAYTOOLS with auto-focusing, anti-collision protection, and intelligent monitoring
Motors & Drivers: DELTA, Fuji, or Yaskawa for high-speed, high-precision motion control
Electrical Components: Schneider and Omron for long-term reliability and safety
Control System: FSCUT five-axis CNC system supporting CAD/DXF, layout optimization, and flying cuts
Cooling System: Industrial water chiller with over-temperature alarm
Automatic Lubrication: Programmable lubrication frequency and volume for extended service life

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Specifications and Performance

The FA series offers extra-large working areas up to 26000 × 3200 mm with laser power up to 40kw, capable of cutting steel thicknesses up to 90 mm.

Advanced five-axis linkage allows precise spatial cutting of complex section steels. Gantry double-drive transmission, aviation-grade beam structure, and high-speed servo motors ensure excellent rigidity, dynamic performance, and long-term accuracy.

Applications and Versatility

Applicable Materials:

Carbon Steel
Stainless Steel
Alloy Steel
Galvanized Steel
Aluminum and Other Metal Sections

Applicable Profiles:

H-beams, I-beams
Channel steel, angle steel
T-shaped steel
Rectangular and special-shaped tubes

Applications：

Three-dimensional cutting of large steel sections
One-time processing of holes, bevels, and connection nodes
Fabrication of structural components for heavy industries
Integrated cutting of profiles, plates, and tubes
High-precision machining for complex spatial structures

Application Industry Scenario Diagram


Aerospace Industry	Automotive Industry	Furniture & Decoration	Metal Fabrication Machinery

Competitive Advantage:

Five-Axis 3D Cutting: Enables complex spatial cutting with high precision
Chuck-Free Processing: Ideal for large and irregular section steels
Four-in-One Capability: Profiles, plates, tubes, and bevels in one machine
High Accuracy Forming: Shape error controlled within 0.2–0.5 mm
Optional Dual Station: Reduced downtime and higher productivity
Wide Power Range: 12kw–40kw for heavy-duty applications
Heavy-Duty Structure: Honeycomb carbon bed with stress relief treatment
Premium Components: IPG/Raycus lasers, BOCI/RAYTOOLS heads, FSCUT CNC, Schneider electronics

Quality Inspection & Manufacturing Process：

Pre-Assembly Inspection	Precision Machining	Vibration & Natural Aging
Each machine component undergoes precise measurement of guide rail straightness and geometric accuracy. Altimeters verify linear dimensions to ensure every part meets design standards.	High-speed rough machining removes burrs and excess material, followed by fine processing for smooth, flat surfaces that ensure long-term cutting precision.	Residual internal stress is released through vibration and natural thermal cycles. This process enhances structural rigidity, stability, and dimensional accuracy of the machine bed.
Assembly Process	Welding & Structural Strength	Final Inspection & Testing
Guide rails and gear racks are installed and calibrated by skilled technicians using precision tools, ensuring smooth transmission and stable machine performance.	CO₂ shielded welding guarantees firm, defect-free joints, improving overall frame strength, durability, and cutting stability.	Dynamic performance tests check positioning accuracy, repeatability, and micro displacement precision. Interferometers compensate for any rack errors, ensuring superior cutting accuracy.