CNC Metal Cutting Platform

Single Table Fiber Laser Cutting Machine

High-precision 1.5kW to 6kW CNC fiber laser sheet metal cutting systems engineered for global metal fabricators, OEM parts manufacturers, and sheet processing plants.

Engineering Excellence

Precision CNC Fiber Laser Sheet Cutter (1.5kW - 6kW)

Marvel Industrial Solution manufactures industrial-grade single table fiber laser cutting machines designed for clean edge finishing, exceptional accuracy, and high operational reliability. Built on an annealed, stress-relieved steel gantry bed, our systems maintain tight positioning tolerances of ±0.03 mm even during continuous high-speed traverse.

Each unit incorporates world-class fiber laser sources (Raycus or IPG), intelligent autofocus cutting heads, and advanced FSCUT CNC systems. From thin gauge stainless steel to heavy mild steel plates, our single table cutting platforms deliver consistent edge quality with minimal kerf width and zero burr formation.

  • High Mechanical Rigidity: Thermally stress-relieved gantry frame prevents structural deformation over years of heavy industrial duty.
  • Tier-1 Component Standard: Fitted with Raytools/WSX autofocus heads, Yaskawa AC servo drives, and HIWIN guide rails for continuous precision.
  • Export-Ready Compliance: CE & ISO9001 certified, pre-tested with complete utility schematics, foundation drawings, and export vacuum packaging.
Marvel Single Table CNC Fiber Laser Cutting Machine for Sheet Metal
Technical Data

Machine Platform Specifications & Working Envelopes

Select from standard working table formats including 3000x1500 mm (3015), 4000x2000 mm (4020), and 6000x2500 mm (6025) tailored to your factory sheet size.

Parameter Low Power Series (1.5kW - 2kW) Medium Power Series (3kW - 6kW)
Available Laser Power 1500W / 2000W 3000W / 4000W / 6000W
Working Bed Area (X / Y) 3000x1500mm / 4000x2000mm 3000x1500mm / 4000x2000mm / 6000x2500mm
Laser Wavelength 1064 nm Fiber 1064 nm Fiber
X/Y Axis Positioning Accuracy ±0.03 mm/m ±0.03 mm/m
X/Y Axis Repeatability ±0.02 mm/m ±0.02 mm/m
Max. Simultaneous Traverse Speed 80 m/min 100 - 120 m/min
Cutting Head Type Autofocus / Manual Focus Smart Autofocus (Raytools / WSX)
CNC Controller & Software FSCUT 2000 / Cypress CAM FSCUT 2000C / 3000 / Nesting Engine
Servo Drive System Yaskawa / Panasonic AC Servo Yaskawa High-Inertia AC Servo
Guiderail & Gear System HIWIN Rails / APEX Precision Rack HIWIN High-Rigidity Rails / APEX Rack
Operating Voltage 380V / 3 Phase / 50-60 Hz 380V / 3 Phase / 50-60 Hz
Cutting Thickness Guide

Material Capability & Assist Gas Performance

Maximum production quality cutting thickness guidelines for stainless steel, carbon steel, aluminium, brass, and copper across various laser power levels.

Material Type Assist Gas 1.5 kW 3.0 kW 6.0 kW
Carbon / Mild Steel (MS) Oxygen (O₂) Up to 12 mm Up to 20 mm Up to 25 mm
Stainless Steel (SS) Nitrogen (N₂) / High-Pressure Air Up to 5 mm Up to 10 mm Up to 16 mm
Aluminium Alloy Nitrogen (N₂) / Air Up to 4 mm Up to 8 mm 12.0 kW (Optional)
Brass & Copper Nitrogen (N₂) Up to 3 mm Up to 6 mm Up to 10 mm
Engineering Advantages

Built for High Precision and Low Operating Cost

Every structural and electrical component is chosen to maximize machine uptime and reduce cost per cut part.

Stress-Relieved Frame

Heavy steel plate box-welded structure undergoes high-temperature annealing at 600°C to eliminate internal stress, ensuring zero frame deflection over decades.

Autofocus Laser Head

Intelligent height sensing automatically adjusts focal distance according to sheet distortion or thickness variations, maintaining optimal beam spot diameter.

Advanced CNC & Nesting

FSCUT system with integrated automatic nesting software minimizes raw material scrap, supports fly-cutting, corner cooling, and power-ramp cutting.

Z-Axis Collision Protection

Capacitive sensor technology instantly halts head motion if a tipped-up cut component is encountered, guarding optics against expensive collisions.

Zoned Dust Extraction

Sectional pneumatically controlled ducting opens exhaust dampers only underneath the active cutting head area, maximizing smoke removal efficiency.

Low Running Overhead

Fiber optics eliminate laser mirror alignment, gas refilling, and tube replacements, resulting in up to 70% lower operating costs compared to legacy CO2 lasers.

Application Scope

Industries Utilizing Single Table Laser Cutters

Engineered for high-mix medium-volume job shops and dedicated OEM component manufacturing lines.

  • Precision Sheet Metal Job Fabrication
  • Electrical Enclosures & Switchgear Cabinets
  • Automotive Parts & Chassis Components
  • Elevator & Escalator Metal Panels
  • Commercial Kitchen Equipment Manufacturing
  • HVAC Ducting & Ventilation Hardware
  • Architectural Metal & Decorative Screens
  • Agricultural Equipment & Heavy Machinery
Buyer Technical FAQs

Frequently Asked Questions

Common questions from international buyers regarding machine selection, maintenance, and shipping.

A 1.5kW-2kW system cleanly cuts up to 10mm carbon steel and 4mm stainless steel. A 3kW-4kW model processes up to 16mm carbon steel and 8mm stainless steel, while a 6kW configuration cuts up to 22mm carbon steel and 14mm stainless steel with dross-free edge quality.

Single table laser machines require up to 40% less floor space, involve lower capital costs, and have fewer moving mechanical parts. They are ideal for facilities with space constraints, custom job shops, and applications where continuous 24/7 pallet shuttling is not mandatory.

We build our machines using globally proven components: Raycus/IPG fiber laser power sources, Raytools autofocus cutting heads, FSCUT CNC controllers, Yaskawa AC servo drives, Schneider electrical components, and HIWIN high-precision linear guides.

All machines are coated with anti-rust oil, wrapped in multi-layer moisture-proof barrier film, vacuum sealed, and securely mounted onto heavy steel-skid wood crates certified for ISPM-15 ocean transport.

Direct Factory Quotation

Request a Custom Machine Quote & Cutting Sample Test

Send your DXF drawings, target sheet thickness, and annual output requirement. Our application engineers will return a complete technical proposal and cutting parameter estimate.