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Sheet Laser Cutting

Fiber Laser Sheet Cutting Machines

Compare open-bed and enclosed fiber laser machines for sheet metal cutting. Match the working area, laser source and cutting head to your sheet size, material and production flow.

Discuss your configuration
Open-bed fiber laser cutting machine and separate operator console
Featured 3 kW open-bed machine. Enclosed and exchange-table systems are separate configurations.

Open-bed, enclosed and exchange-table options.

Review the process, material and site requirements before choosing the equipment.

Open-bed cutting

An accessible worktable for sheet loading and part collection. The featured 3 kW machine offers a starting point for reviewing your material and working area.

Enclosed cutting

Review the protective enclosure, access points, extraction and operator layout together with the cutting specification.

Exchange tables & large formats

Match table arrangement, sheet handling and loading space to your production plan. Larger formats and automated handling are configured by project.

Sheet cutting equipment.

View the machine, technical reference and configuration options before discussing your project.

Open-bed sheet cutting

3kW Open-Bed Fiber Laser Cutting Machine

An open-bed fiber laser system for sheet-metal cutting. Choose the working area, laser source and cutting head around your parts and production needs.

3 kWFeatured configuration

View product details Technical data
Materials
Carbon steel, stainless steel, aluminium
Format
Open-bed sheet cutting
Working area
Configured around your sheet size

Share your material, thickness range and largest sheet size to define the right configuration.

Plan your sheet metal cutting configuration.

The 3 kW machine is a featured configuration within a wider range. Working area, laser power and the components supplied are confirmed together; the same cutting capacity does not apply to every configuration.

View the 3 kW cutting machine
Featured machine
3 kW open-bed fiber laser cutter
Materials
Carbon steel, stainless steel and aluminium
Selection inputs
Sheet size, material grade, thickness and drawings
Site planning
Loading space, power, gas and extraction

Let’s define your configuration.

Share your material, part drawings and production requirements to start the discussion.

Discuss your project →

PLAN THE COMPLETE SETUP

From your drawing to an equipment plan.

Compare layouts, define sample checks and prepare the delivery scope around your sheet-metal parts. For other stock formats, explore the fiber laser cutting range.

Explore the sheet-cutting project plan

Discuss your cutting project

Guides for your next step.

Blog & Guides

Stainless Steel Fiber Laser Cutting Guide

Define stainless steel material, assist gas and cut-edge requirements, then compare the complete job and a representative sample.

Read guide

What Determines Fiber Laser Cutting Machine Cost?

Compare configuration, operating assumptions and delivery scope so your cutting-machine quotations describe the same production requirement.

Read guide

Sheet, Tube or Combined Laser Cutter: How to Choose

Compare the workpiece format, handling requirements and production schedule before choosing between sheet, tube and combination laser cutting systems.

Read guide

How to Prepare a Laser Sample Test

Turn a sample request into a useful comparison: define the material, drawings, acceptance criteria and test record before sending anything.

Read guide

Laser Machine Quotation Checklist

Compare the configured machine, included equipment, options, acceptance and delivery scope using the same project brief.

Read guide
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