HG Series - Super Large Format Fiber Laser Cutting Machine - Laser Cutting Machines - Products | QUICK LASER
  • Super Large Format Fiber Laser Cutting Machine

HG Series

Super Large Format Fiber Laser Cutting Machine

  • Power: 6000-30000W
  • Working Area (L): 15000mm
  • Working Area (W): 3000mm, 3500mm, 4000mm

Overview

HG Series-Super Large Format Fiber Laser Cutting Machine

The HG series utilizes the EtherCAT bus CNC system, and can be coupled with a German-made ultra-high power intelligent cutting head. The machine tool’s beam comes standard with a safety light grid, enhancing the safety of the active braking system.

features

pro_features_bg

Full CNC signal control and German original cutting head (Optional)

  • Features excellent heat dissipation capabilities in the cutting head
    Features excellent heat dissipation capabilities in the cutting head
  • Standard (air-cooled + water-cooled) dual cooling device
    Standard (air-cooled + water-cooled) dual cooling device
  • Includes a flexible design with anti-collision protection
    Includes a flexible design with anti-collision protection
  • Automatic focusing, allowing users to adjust different materials and sheets of varying thicknesses as needed
    Automatic focusing, allowing users to adjust different materials and sheets of varying thicknesses as needed
pro_features_bg

Q.X Autofocus laser cutting head

  • Self-patented and innovative cavity-type structure
    Self-patented and innovative cavity-type structure
  • Utilizes efficient lens cooling technology
    Utilizes efficient lens cooling technology
  • Automatic tracking system with high-precision capacitive sensing
    Automatic tracking system with high-precision capacitive sensing
  • Employs a realistic simulated airflow design
    Employs a realistic simulated airflow design
pro_features_bg

Segment-type splice machine bed

  • Customized length according to requirements
    Customized length according to requirements
  • Minimizes deformation
    Minimizes deformation
  • Improved structural rigidity, resulting in a lower machine tool resonance frequency
    Improved structural rigidity, resulting in a lower machine tool resonance frequency
pro_features_bg

Segment-type module workbench

Independently developed, it allows customers to easily disassemble and replace, enabling separate cleaning and maintenance of any workbench as needed.

pro_features_bg

Ethercat bus CNC system

  • Single CPU for all data calculation (NC, CNC, PLC), making it suitable for high-speed and high-acceleration applications
    Single CPU for all data calculation (NC, CNC, PLC), making it suitable for high-speed and high-acceleration applications
  • Equipped with cutting process parameter database
    Equipped with cutting process parameter database
  • Includes QUICK nesting software
    Includes QUICK nesting software
  • Features remote monitoring system for remote monitoring and upgrading
    Features remote monitoring system for remote monitoring and upgrading
pro_features_bg

Follow-up dust removal design

The innovative air duct structure, combining blowing and suction methods, is utilized to remove dust and waste gases generated during the production process. The removed particles and gases undergo filtration and discharge treatment.

PARAMETER

Model FCP3000-HG FCP3500-HG FCP4000-HG FCP301500-HG FCP351500-HG FCP401500-HG
Power 12KW-30KW
Working Area (L*W) (12000-30000mm optional)*3000mm (12000-30000mm optional)*3500mm (12000-30000mm optional)*4000mm 15000mm×3000mm 15000mm×3500mm 15000mm×4000mm
X-axis Stroke 12000mm-30000mm 12000mm-30000mm 12000mm-30000mm 15200mm 15200mm 15200mm
Y-axis Stroke 3050mm 3550mm 4050mm 3050mm 3550mm 4050mm
Z-axis Stroke 200mm 200mm 200mm 200mm 200mm 200mm
X-axis Repositioning Accuracy ±0.08mm ±0.08mm ±0.08mm ±0.08mm ±0.08mm ±0.08mm
Y-axis Repositioning Accuracy ±0.05mm ±0.05mm ±0.05mm ±0.05mm ±0.05mm ±0.05mm
X/Y-axis Max.Linkage Speed 80m/min 80m/min 80m/min 80m/min 80m/min 80m/min
Max.X/Y-axis Acceleration 0.5 G 0.5 G 0.5 G 0.5 G 0.5 G 0.5 G
Samples
  • 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 7
  • 8

REQUEST A QUOTE