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Laser cutting machine MN-h12025
for steelsheet metalchamfering

Laser cutting machine - MN-h12025 - Minnuo - for steel / sheet metal / chamfering
Laser cutting machine - MN-h12025 - Minnuo - for steel / sheet metal / chamfering
Laser cutting machine - MN-h12025 - Minnuo - for steel / sheet metal / chamfering - image - 2
Laser cutting machine - MN-h12025 - Minnuo - for steel / sheet metal / chamfering - image - 3
Laser cutting machine - MN-h12025 - Minnuo - for steel / sheet metal / chamfering - image - 4
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Characteristics

Technology
laser
Material
for steel
Product handled
sheet metal
Associated function
chamfering, bevel
Configuration
compact, 5-axis
Other characteristics
high-speed, high-power, 3D
Laser power

Max.: 60,000 W

Min.: 3,000 W

Load capacity

374 lb
(169.64 kg)

Description

Overview
Engineered for ultra-wide, high-speed 3D bevel cutting of thick metal plates and profiles. Suitable for steel frames, ship hull components, automotive chassis parts, hollow profiles, I-beams, square tubes and pre-weld preparation. Core capabilities include up to 60 kW laser power, cutting widths up to 12025 mm and a ±45° swing/bevel head for chamfering and groove shaping.

Key specifications (page highlights)
  • Power range: 3000W–60kW
  • Working width options: 3015 / 4025 / 6025 / 8025 / 12025 mm (multiple bed lengths)
  • Max. load weight (example shown): 374 lbs
  • Bevel head swing: ±45°
  • Processing lengths referenced: 6 m / 9 m / 12 m (supports long pipes and structural beams)
  • Positioning accuracy (stated): ±0.03 mm

Key Features
  • ±45° 3D bevel cutting head for chamfering, groove and contour shaping
  • Multiple laser power options to match material thickness and type (up to 60 kW)
  • High-speed CNC with ±0.03 mm positioning accuracy to minimise rework
  • Supports long profiles and beams (6 m / 9 m / 12 m / up to 12.025 m bed)
  • Suitable for hollow profiles, I-beams, square tubes and pre-weld edge preparation

Recommended configurations
  • Dual chuck rotary fixture: stabilises long pipes and prevents vibration during rotation
  • Auto centring clamping unit: reduces setup time and aligns irregular cross-sections
  • Bevel cutting software suite: optimises angle cuts and edge transitions
  • Smoke extraction system: protects lens and machine bed during high-power cutting
  • Real-time camera monitoring: provides live process tracking for precision operations
  • Laser power auto-tuner: dynamically adjusts output to material thickness and angle

Application case (example)
  • Client: Shipbuilding fabrication facility (example: Norway)
  • Use case: Cutting V-grooves and K-grooves on 10–12 m steel beam segments for hull assemblies
  • Setup example: MN-H 6000W with 12 m bed, bevel head ±45°, auto-clamping and fume extraction
  • Results reported: cutting tolerance ≤ ±0.02 mm across 12 m; edges ready for welding without secondary grinding; productivity ~3x faster than mechanical beveling

Technical characteristics / specifications
  • Model series: MN-H (this page: MN-h12025 series)
  • Commercial model designation: MN-h12025
  • Laser power options: 3 kW to 60 kW (multiple choices depending on material/thickness)
  • Max cutting width / bed lengths available: 3015 / 4025 / 6025 / 8025 / 12025 mm (up to 12.025 m)
  • Typical processing length options: 6 m / 9 m / 12 m
  • Bevel head capability: ±45° swing head for chamfering, groove and contour shaping
  • Positioning accuracy: ±0.03 mm (high-speed CNC)
  • Max. load weight example: 374 lbs (as shown on page)
  • Recommended peripherals: dual chuck rotary fixture, auto centring clamp, smoke extraction, real-time camera monitoring, bevel cutting software, laser power auto-tuner
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.