Plate Fiber Laser Cutting Machine

Plate Fiber Laser Cutting Machines are designed to cut large metal plates with high precision. With the ability to process a variety of materials, these machines are perfect for industries that require cutting large sheets of metal with minimal waste. Their high cutting speeds and precision make them ideal for automotive, manufacturing, and metal fabrication industries. These machines feature advanced laser technology, offering clean cuts and minimal thermal distortion. With automatic nesting capabilities and high automation levels, Plate Fiber Laser Cutting Machines reduce material waste and maximize productivity. Their user-friendly controls allow for quick programming and setup, enhancing overall operational efficiency.

Plate Fiber Laser Cutting Machine Category Overview

Our plate fiber laser cutting machine range delivers precise, repeatable cutting for steel, aluminum, and other metals. Advanced CNC, efficient motion, and rigid frames support stable performance. With nearly 30 years of manufacturing experience, these systems improve throughput, reduce scrap, and link smoothly to downstream forming—especially with our CNC press brakes for an end‑to‑end workflow.

What Is a Plate Fiber Laser Cutting Machine

It uses a high‑power fiber laser, an autofocus head, and CNC positioning to process carbon steel, stainless steel, aluminum, copper, and brass. Compared with CO2 equipment, a plate laser cutter runs faster, costs less to operate, and needs less maintenance.

Why Choose Our Machines: Core Advantages

• Precision and repeatability: rigid gantry, linear guides, and stable control.


• Productivity: auto‑nesting, fast pierce, high acceleration, and optional exchange table.


• Configurability: power levels, bed sizes, open or enclosed formats, automation packages.


• Reliability: branded core components with rigorous assembly and testing.


• Lifecycle support: installation, training, maintenance, parts, and remote assistance.


• Application know‑how: experience in aerospace, automotive, railway, machinery, and furniture.

Features for High‑Precision Fabrication

Stable mechanics, clean beam delivery, smart software, and straightforward operation ensure quality from thin sheet to thicker plate.

Precision and Cutting Quality

Rigid beds, temperature‑stable beam paths, and autofocus heads produce narrow kerfs, minimal dross, and clean edges for tight‑tolerance parts.

CNC Control and Automation

Intuitive software with auto‑nesting, pierce optimization, and path smoothing reduces programming time and waste. Options include an automatic nozzle changer, real‑time piercing control, and breakpoint resume.

Efficiency and Throughput

High acceleration, rapid positioning, and single‑platform or exchange‑table designs balance footprint and cycle time. Integrated fume extraction and streamlined scrap removal support continuous production.

Safety: Open and Enclosed Options

Open‑type machines offer flexible access and fast loading. Enclosed formats enhance dust control, noise reduction, and operator protection with interlocks and shielding.

Models and Specifications

Choose configurations by power, bed size, and platform style to match parts, materials, and capacity targets.

Working Areas

Standard beds: 3000×1500 (3015), 4000×2000 (4020), and 6000×2000 (6020) for common sheet formats and efficient handling.

FL3015 Single Platform

A compact 3015 platform with easy access, stable performance, and an optimized footprint for mixed‑lot, precise plate cutting.

Exchange Table 3015/4020

Dual‑pallet systems cut on one table while loading or unloading on the other to reduce idle time and raise throughput.

Large‑Format 6020

Extended 6020 beds support oversized sheets and large‑part nesting for frames, enclosures, and long components.

Power Options

From 1.5–3 kW for thin sheet to 6–12 kW for thicker plate. Branded fiber lasers (IPG, Raycus) provide stable beams and high efficiency.

Thin Sheet 1.5–3 kW

Fast cutting on thin carbon steel and stainless with excellent edge quality and low operating costs.

Thick Plate 6–12 kW

Higher power expands capacity for thicker carbon steel and stainless with parameters tuned for speed and finish.

Materials and Thickness Capacities

Process carbon steel, stainless steel, aluminum, copper, and brass using assist gases—air, nitrogen, or oxygen—matched to power and edge‑quality goals.

Applications of Plate Fiber Laser Cutting Machine

From prototypes to series production, achieve consistent quality across demanding industries.

Aerospace, Automotive, Railway, Machinery

Produce brackets, panels, chassis, and precision components where dimensional consistency and clean edges are important.

Furniture and General Fabrication

Deliver decorative panels, frames, cabinets, and structural parts with tight tolerances and high aesthetic quality.

Technical Specifications Summary

Typical ranges include positioning speeds up to 120–150 m/min and acceleration up to 1.5–2.0 G. Positioning accuracy is around ±0.03–0.05 mm, with repeatability around ±0.02–0.03 mm. Integrated dust extraction supports clean operation.

Customization and Integration

Configure mechanics, automation, and connectivity to align with your workflow and link cutting to downstream forming.

Configurable Add‑ons

Options include automatic loading/unloading, nozzle changer, capacitive height control, camera‑assisted setup, slag removal, and gas‑saving kits.

Software and Connectivity

Connect nesting and production data to MES/ERP, monitor utilization, and enable remote diagnostics to maintain high uptime.

Service and Support

We focus on fast commissioning, operator readiness, and preventive care to keep production stable.

Installation, Training, Maintenance

Professional installation and training speed ramp‑up. Planned maintenance and inspections help sustain accuracy and cutting consistency.

Spare Parts, Warranty, Remote Support

Genuine parts, clear warranty terms, and responsive remote assistance support quick recovery and predictable lifecycle costs.

Buying Guide for Plate Fiber Laser Cutting Machine

Match power, bed size, materials, tolerances, and automation to capacity and cost goals.

Selection Checklist

• Materials and thickness range


• Required tolerances and edge quality


• Part size and nesting efficiency (3015/4020/6020)


• Throughput needs (single platform vs exchange table)


• Power and gas plan (air, nitrogen, oxygen)


• Integration with upstream and downstream processes

Cost, Energy, and ROI

Fiber sources offer high electrical efficiency and fewer consumables. Faster cycles, reduced rework, and intelligent nesting lower cost per part and support a predictable payback.

Category Highlights and Unique Information

Established in 1993, we combine advanced CNC systems with application know‑how to tailor machines to industry requirements. Our digital showroom provides a transparent view of capabilities, and our cutters integrate with our CNC press brakes for a unified metal forming workflow. Contact us to discuss your application or request a quote.