Fiber laser cutting machine G series

for stainless steelfor carbon steeltube

Product Overview
Hymson G Series high-speed side-hanging fiber laser tube cutting machine is a professional, efficient and high-precision laser tube processing system designed for precision cutting of round, square and profiled tubes with high automation and optimized material utilization.

Main features

• Integrated precision chucks with standard double-roller jaws and auxiliary jaws; dual-chuck configuration enables 'zero' tail processing.
• Standard square and round chucks covering ranges: G7012: Φ5–Φ120 mm; G7024: Φ10–Φ240 mm. Chuck rotation speeds: 180 rpm (G7012) / 120 rpm (G7024); low-pass filter frequency: 8 Hz.
• Supports round, square, rectangular, oval tubes and angle/symmetrical profiles.
• Side-hanging structure with servo-assisted loading/unloading mechanisms and fully automatic feeding for continuous operation.

Solving Six Major Industry Pain Points

• 01 Small and Medium Tube Processing: 120/240 round & square chucks, 150 kg / 300 kg pneumatic support, variable-diameter wheel auxiliary supports and automatic centering for precise clamping.
• 02 Tube Cutting Speed: 1.5 g ultra-high acceleration + 8 Hz low-pass filtering + high chuck speeds, improving cutting efficiency by over 30%.
• 03 Zero Tail with Two Chucks: Front-chuck offside cutting with built-in auxiliary jaws and reverse cutting to achieve zero tail length and high material yield.
• 04 Fully Sealed Protection: Front and rear chucks adopt fully sealed dust-proof structures and fully protected guide rails to prevent contamination and jams.
• 05 Low Labor Cost: Automatic loading system, movable servo follow-up unloading device and automatic flip unloading enable continuous production and reduced labor input.
• 06 After-Sales Guarantee: Comprehensive warranty and service support for industrial use.

New Design / Core Improvements
Core breakthroughs: 1.5 g acceleration and 8 Hz low-pass filtering raise the efficiency ceiling for tube cutting. One-piece side-hanging chuck base provides high rigidity; integrated precision chucks with double-roller jaws and dual-chuck collaborative positioning enable zero-tail cutting. Modular reinforced side-hanging bed increases torsional strength; fully protected guide rails and a 7 m feeding area support continuous long-tube processing; variable-diameter wheel auxiliary support and automatic centering improve handling of small and medium tubes.

CNC Numerical Control System
FSCUT3000 control system (Windows 10) with EtherCAT communication integrates tube-specific cutting functions and includes TubeSt120 nesting for layout optimization and simplified programming.

Technical Table
Equipment models: G7012 / G7024
Processing ranges: G7012: Φ5 mm ~ Φ120 mm; G7024: Φ10 mm ~ Φ240 mm
Material types: Carbon steel, stainless steel — round, square, rectangular, oval tubes
Maximum loading length: 7000 mm
Maximum unloading length: 2000 mm (G7012) / 3000 mm (G7024)
Tailing: 0 mm (dual-chuck)
Work travel (machine tool): Y: 0–7000 mm; X: 0–180 mm; Z: 0–100 mm
XY positioning accuracy: ±0.03 mm/m; repeat positioning accuracy: ±0.03 mm
Chuck rotation speed: 180 rpm (G7012) / 120 rpm (G7024)
Acceleration: 1.5 g (G7012) / 1.2 g (G7024)
Low-pass filtering: 8 Hz
Air travel speed: 100 m/min
Machine dimensions: G7012: 13 m x 3.5 m x 2.8 m; G7024: 13 m x 4 m x 3 m

Characteristics / Technical specifications

• Series: G Series (side-hanging fiber laser tube cutting machine)
• Models: G7012, G7024
• Tube diameter ranges: G7012: Φ5–Φ120 mm; G7024: Φ10–Φ240 mm
• Maximum loading length: 7000 mm
• Maximum unloading length: 2000 mm (G7012) / 3000 mm (G7024)
• Zero-tail cutting with dual chucks (0 mm tail)
• Chuck rotation speeds up to 180 rpm
• Acceleration up to 1.5 g (G7012)
• XY positioning accuracy: ±0.03 mm/m; repeat accuracy: ±0.03 mm
• Supported materials: carbon steel, stainless steel, rectangular and oval tubes
• CNC control: FSCUT3000; nesting: TubeSt120
• Automation: servo-supported loading/unloading, automatic feeding, movable servo follow-up unloading, automatic flip unloading