Han's Laser 3D GF3015

$200,000 - $450,000 Updated 2026-03-17

Key Specifications

Flat Working Area

3000 x 1500 mm

Max Tube Diameter

220 mm (round)

Max Tube / Profile Length

6000 mm

Laser Power Options

3 kW, 4 kW, 6 kW

Laser Type

Fiber laser

Cutting Head Axes

5-axis (X, Y, Z, A, B)

Overview

The Han's Laser 3D GF3015 is a multi-axis fiber laser cutting system capable of processing both flat sheet metal and complex three-dimensional parts including tubes, profiles, and formed components. Unlike conventional 2D fiber laser cutters, the GF3015 incorporates a 5-axis or 6-axis cutting head that can orient the laser beam at any angle relative to the workpiece surface, enabling cutting, trimming, and hole-piercing on hydroformed, stamped, rolled, and welded 3D structures — operations that are otherwise performed by saw, punch, or milling operations.

The machine's working envelope accommodates sheet up to 3000 x 1500 mm for standard flat cutting, while the rotary axis (chuck drive system) handles round tube and structural profile up to a specified maximum diameter. This dual-mode capability is a significant productivity advantage for fabricators producing automotive body-in-white components, exhaust systems, roll cage structures, HVAC fittings, and architectural metalwork where both flat and formed parts are in the production mix.

Han's Laser integrates a high-torque rotary chuck with precision indexing for tube cutting operations, paired with a programming system that generates the 5-axis tool paths from 3D CAD geometry automatically. The software unfolds tube geometries, calculates cope cuts and miter angles, and produces machine-ready programs from STEP or IGES input. Cut quality on tube ends and profiled sections is directly comparable to specialized tube laser systems, with the added flexibility of flat-sheet capability on the same platform.

The GF3015 targets fabricators and tier-1 automotive suppliers who need 3D laser cutting flexibility without investing in separate flat-sheet and tube laser systems. Han's Laser's pricing positions the GF3015 competitively against European 3D laser systems from Trumpf (TruLaser Cell), BLM Group, or Lasertube while delivering equivalent functional capability for the majority of automotive and general fabrication applications.

Full Specifications

Parameter	Value
Flat Working Area	3000 x 1500 mm
Max Tube Diameter	220 mm (round)
Max Tube / Profile Length	6000 mm
Laser Power Options	3 kW, 4 kW, 6 kW
Laser Type	Fiber laser
Cutting Head Axes	5-axis (X, Y, Z, A, B)
Positioning Speed	120 m/min
Positioning Accuracy	±0.05 mm
Rotary Axis Repeatability	±0.02°
Max Workpiece Weight (3D Mode)	500 kg
Control System	Han's Laser 5-axis CNC with 3D CAD import
Supported File Formats	STEP, IGES, DXF, DWG

Strengths & Limitations

Strengths

Combined flat-sheet and 3D/tube cutting capability on a single machine eliminates the need for separate systems
5-axis cutting head enables precise trimming and hole-cutting on hydroformed, stamped, and welded 3D components
Automatic 5-axis tool path generation from STEP/IGES CAD data reduces programming time significantly
Rotary chuck system handles round tube and structural profiles up to 220 mm diameter and 6 m length
Competitive pricing versus European 3D laser systems (Trumpf TruLaser Cell, BLM) for equivalent capability

Limitations

5-axis programming complexity and setup time is significantly higher than for 2D flat-sheet laser cutting
Maximum tube diameter (220 mm) and wall thickness capacity may not cover the full range of heavy structural applications
Western market support and applications engineering for 3D laser cutting processes less developed than European OEM networks

Best For

Automotive tier-1 and tier-2 suppliers cutting hydroformed, stamped, and welded body-in-white and chassis components Fabricators producing tubular structures — roll cages, frames, handrails, furniture — requiring precise mitered and coped tube ends HVAC and ductwork manufacturers needing complex 3D fitting cuts and shaped hole patterns on formed sheet metal Mixed-production job shops that process both flat sheet and 3D formed parts and want to consolidate onto a single laser platform

Frequently Asked Questions

01 Can the 3D GF3015 cut standard flat sheet as well as 3D parts?

Yes. The GF3015 operates in two modes: a standard 2D flat-cutting mode using the full 3000x1500mm table, and a 3D/tube mode using the rotary chuck and 5-axis cutting head. Operators switch between modes based on the job, making this a dual-purpose machine for shops with mixed production requirements.

02 What types of tube and profile can the GF3015 process?

The GF3015 handles round tube up to 220 mm diameter, square tube, rectangular tube, and common structural profiles (angle, channel). The rotary chuck accommodates various cross-sections with appropriate chuck jaw sets. Maximum profile length is 6000 mm.

03 How is programming handled for 3D cutting operations?

Han's Laser's integrated CAM software imports STEP or IGES 3D CAD files, automatically calculates 5-axis tool paths for cuts and holes on curved or formed surfaces, and generates machine-ready programs. For tube cutting, the software calculates cope cuts, miter angles, and end preparations directly from 3D tube geometry.

04 What laser power is recommended for automotive 3D cutting applications?

Most automotive body-in-white and chassis cutting applications — typically mild steel and high-strength steel from 0.8 mm to 4 mm — are well served by the 3 kW or 4 kW configurations. The 6 kW option adds the ability to cut thicker structural parts and process stainless or aluminum at competitive speeds.

05 How does the GF3015 compare to dedicated tube laser systems?

Dedicated tube laser systems from BLM, Trumpf, or Mazak Optonics typically offer higher tube diameter ranges, longer maximum lengths, and more sophisticated automatic bar feeding for high-volume tube production. The GF3015's advantage is its flat-sheet capability on the same platform, making it the better choice for shops with a mixed flat and 3D workload rather than high-volume tube-only production.