Fiber Laser Cutting Machines

Fiber Laser Cutting

Cut sheet, tube, H-beams and large-format plate with a laser system matched to your parts and production flow.

Selection comparison

Choose a laser by workpiece and workflow

Start with sheet, tube or structural-profile work, then compare loading, enclosure and working format. Power alone does not identify the right platform.

Your workload

Start with

Main point to compare

Sheet cutting with loading between cycles

Start with

ULF · Single table

Main point to compare

A stationary table with loading and unloading scheduled around cutting.

Sheet cutting with a separate preparation table

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ULE · Exchange tables

Main point to compare

Prepare or remove sheets on the other table; check the model’s sheet format and table load.

Both sheet and tube work

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ULFT · Sheet & tube ULET · Enclosed sheet & tube

Main point to compare

Compare the workpiece ranges, changeover and handling; ULET adds an enclosed work area and extraction path.

Tube and structural-profile production

Start with

ULT · Tube laser ULH · H-beam laser

Main point to compare

Compare dedicated tube lasers with ULH H-beam, plate and heavy-tube processing.

Large plates and long workpieces

Start with

ULG · Ground rail

Main point to compare

Review the extended working area, foundation, extraction and material handling.

Small parts with precision requirements

Start with

ULJM5035 · Precision laser

Main point to compare

Match fixture, optical process and working envelope; verify the result on the agreed sample.

Choose power, gas, head and process settings from the material and sample requirements of one selected configuration.

Choose your system

Explore fiber laser configurations

Model: ULF

Single Table Fiber Laser Cutting Machine

A stationary cutting table keeps the layout simple where loading and unloading can be scheduled around the cutting cycle.

ULF G and E configurations with model-specific specifications.

Published formats: 3015G/E to 26032E

ULE exchange-table fiber laser cutting machine

Model: ULE

Double Table Fiber Laser Cutting Machine

Exchange tables allow sheet preparation and part removal while the other table remains in the cutting workflow, reducing handling interruptions.

Available ULE-E models: 3015E to 12526E

Laser power, sheet format and table load vary by model

ULFT sheet-and-tube fiber laser cutting machine

Model: ULFT

Dual-use Fiber Laser Cutting Machine

A combined sheet-and-tube platform consolidates both processes when the workload and floor plan favour one machine.

Choose the working range from the ULFT model specification

Tube profiles, chuck configuration and handling equipment are configured for the application

ULET enclosed sheet-and-tube fiber laser cutting machine

Model: ULET

Dual-use Fiber Laser Cutting Machine With Cover

An enclosed sheet-and-tube platform adds a guarded work area and extraction path while keeping both processes on one machine.

Confirm the enclosure and working range for the selected ULET model

Tube range, chuck configuration, extraction and loading equipment are application-specific

Series: ULT

Tube Laser Cutting Machine

Two- or three-chuck configurations support different profile, length and remnant-control requirements for dedicated tube production.

Compare ULT models by working range and chuck arrangement

Tube diameter, profile range and payload vary by model and chuck configuration

Supported profiles and loading method are confirmed against the workpiece

Series: ULH

H-Beam Laser Cutting Machine

Cut H-beams and structural profiles with scanning and five-axis control, with plate and heavy-tube processing matched to the configuration.

Reference configuration: ULH30035-20000W · 20 kW

Review section dimensions, joint geometry and handling against the workpiece.

ULG ground-rail fiber laser cutting machine

Model: ULG

Ground-Rail Laser Cutting Machine

A ground-rail layout creates an extended cutting area for large plates and long workpieces, with site-engineered extraction and material handling. A full protective enclosure is available as an option.

Laser power is selected from the applicable ULG-C model column

Material and thickness capability is confirmed by the agreed cutting sample

Published formats: ULG13035C through ULG26045C

Model: ULJM5035

ULJM5035 Precision Fiber Laser Cutting Platform

Designed for small, high-precision parts, the ULJM5035 combines fixture-based positioning, fine motion control and an application-specific optical process.

Working envelope and optics are specific to the ULJM5035 configuration

Achieved accuracy and cut quality are verified on the agreed sample and metrology report

Laser cutting in customer production

See large-format, profile and tube lasers at work in customer factories in China.

Heavy flanges and tower components on the Feiyue Hardware workshop floor

Tower components · Zhejiang, China

Feiyue Hardware: Laser-Cut Tower Components

Moving tower baseplates and flanges from flame cutting and separate drilling to a combined laser-cutting operation.

Read Feiyue Hardware case

Structural steel · Henan, China

Jiuwu Steel Structure: Fewer Cutting Handoffs

Bringing beam cutting and connection preparation together, with fewer transfers between cutting, drilling and milling.

Read Jiuwu Steel Structure case

Suzhou Guantuo team and ADH visitors in the customer workshop

Contract manufacturing · Jiangsu, China

Suzhou Guantuo: Plate and Tube Laser Production

Combining 30 kW plate cutting and 12 kW tube cutting to broaden a contract manufacturer's production capability.

Read Suzhou Guantuo case

Applications

Laser cutting applications by workpiece

Sheet, tube and fine-feature work place different demands on a laser system. Choose the platform first, then review the process package on representative parts.

Laser cutting head tracing profiles in a metal sheet

Flat-sheet parts and nests

Profiled panels, brackets and nested parts call for the right sheet format and an efficient loading cycle. Compare single-table and exchange-table workflows.

Selection focus: nesting, edge quality and part removal.

Laser cutting a round metal tube held in a chuck

Tube and structural profiles

Section shape, stock length and weight guide the chuck, support and unloading arrangement. Include holes, mitres and the finished-part length.

Selection focus: clamping access, support and remnant handling.

Precision cutting head working on a clamped metal sheet

Fine features and thin components

Small features require a discussion of workholding, registration and measurement as well as the laser and optical package.

Selection focus: the actual feature, material and inspection method.

Engineered laser systems

Laser systems for large plate and structural profiles

For oversized plate and structural profiles, ADH configures the cutting host, handling, extraction and process package around the workpiece and site.

LARGE-FORMAT PLATE

ULF-E High-Power Large-Format Laser Cutting

Extended table formats and high-power cutting combine with application-specific loading, unloading and extraction for heavy plate production. Final capability follows the selected model and cutting sample.

Explore high-power laser systems →

STRUCTURAL PROFILES

ULH Structural-Profile and H-Beam Laser Cutting

Profile handling, alignment and bevel-capable processing bring cutting and joint preparation into one workflow. Section range and results follow the approved project specification and sample.

Explore ULH H-Beam Lasers →

Detailed selection checklist

Selection factor

Large-format plate · ULF-E

Structural profiles · ULH

Selection factor

Workpiece format

Large-format plate · ULF-E

Plate length and width, grade, thickness, flatness, nesting, part weight and table-load requirements.

Structural profiles · ULH

Profile family and section, stock length and weight, wall or plate thickness, straightness, joint-preparation geometry and batch mix.

Selection factor

Laser power and process

Large-format plate · ULF-E

Select source power, head, gas and process from material/thickness and an approved cut sample; final capability follows the exact configuration.

Structural profiles · ULH

Select source, head and straight or bevel-capable process from the profile, wall, joint geometry and sample; final scope is project-specific.

Selection factor

Enclosure, guarding and extraction

Large-format plate · ULF-E

Confirm access, enclosure or guarding, fume and dust extraction, slag/scrap handling and destination safety scope with the host.

Structural profiles · ULH

Confirm infeed/outfeed guarding, profile access, extraction, cut-zone controls and safe recovery around the handling line.

Selection factor

Loading and support

Large-format plate · ULF-E

Define plate storage, loading/unloading, table and load support, part removal and any upstream automation.

Structural profiles · ULH

Define infeed/outfeed support, clamping and alignment, rotation, unloading and downstream handoff for the stated stock.

Selection factor

Handling and floor plan

Large-format plate · ULF-E

Allow for extended-table footprint, material movement, extraction, service access and heavy-part recovery.

Structural profiles · ULH

Allow for long-stock zones, supports, clamping access, alignment, offcut removal and manual recovery paths.

Selection factor

Acceptance boundary

Large-format plate · ULF-E

Approve a representative plate sample and record edge and geometry checks, pierce/cut conditions, handling and the agreed production window.

Structural profiles · ULH

Approve representative profiles and record alignment, cut/joint geometry, bevel where ordered, edge quality, handling and project exclusions.

Buying guide

Build a realistic laser-cutting cost picture

Compare the full process on the same material and drawing. Source power alone does not describe the cost or output of a finished part.

The cutting process

Review assist-gas requirements, consumables, cooling and extraction for the proposed process. Define the edge result and any finishing work.

The complete cycle

Include nesting, loading, piercing, cutting, unloading and sorting. A faster cut only helps when the surrounding workflow keeps up.

The installation

Confirm power, gas supply, extraction routing, service clearance, handling access and the support package in the project layout.

Plan your project

From your part to the right machine

A clear brief makes it easier to compare options, prepare a quotation and plan the next step.

01 / YOUR APPLICATION

Start with the part

Share drawings, material, thickness and production volume. Tell us where the current process needs to improve.

02 / YOUR MACHINE

Compare the configuration

Review the machine, controls, tooling and handling together. Agree the sample parts and checks for your application.

03 / YOUR PRODUCTION

Plan the handover

Coordinate delivery, site preparation, installation and training, with the support your team will need in operation.

Your quotation or contract confirms the supplied equipment, delivery schedule, acceptance criteria, warranty and service scope.

Explore ADH manufacturing →

FAQs

Fiber laser cutting buying questions

Compare the platform and process on the parts and materials you intend to produce.

Should I choose a single-table or exchange-table laser?

A single table schedules loading and unloading around cutting. Exchange tables allow preparation and part removal on the second table. Compare the full cycle to see which suits your workload.

Should I combine sheet and tube cutting in one machine?

Consider a combined machine when sheet and tube tasks fit its capacity and schedule. Check clamping, support and changeover separately. Two busy work streams may benefit from dedicated machines.

Review dedicated tube laser cutting

How much laser power do I need?

Start with material, thickness, geometry and required edge quality. Compare representative cuts using the proposed source, head, gas and settings; power alone does not determine finished-part output.

Can a fiber laser cut aluminium or copper?

Compatibility depends on the exact alloy, thickness, laser source, cutting head and process settings. Ask ADH to confirm the configuration and sample-cut results for your material.

Is the advertised cutting speed the same as production output?

No. Parts per hour also depend on nesting, piercing, corners, loading, unloading, sorting and finishing. Compare the full cycle on the same drawing and material.

What must the workshop provide for installation?

Confirm electrical supply, gas, cooling, extraction, loading access and service clearances against the selected configuration. An enclosure is one part of the safeguarding arrangement. The installation plan also needs to address the work area, operating procedures and destination requirements.

Review safety and installation planning

How can I estimate operating cost per part?

Use the actual job cycle, utilisation, local utility prices and the proposed gas and consumables. Include labour, maintenance, extraction and any finishing work. Compare estimates on the same production assumptions and refine them with sample-cycle data.

Use the laser cutting cost calculator

Explore applications in your industry

See equipment options for the parts your industry produces.

Project enquiry

Discuss your project

Tell us what you want to make or improve. Technical details and drawings can follow.

Material, thickness and part size
Drawings and production volume
Location and project timing

Contact ADH

Start a machine enquiry

Name, email and a short description are enough to begin.