Enclosed Sheet and Tube Cutting | ULET

Enclosed Sheet and Tube Laser

Sheet and tube cutting in an enclosed platform, with coordinated guarding, extraction and process control.

Technical specifications

ULET family specifications

ULET combines an enclosed sheet-cutting area with a tube station. Tube configurations offer a 220 or 350 mm chuck and nominal stock lengths of 6, 9 or 12 m. Match the sheet format, enclosure access and extraction to the sheet route, and reserve loading and support space for the longest tube.

Series	Laser Power	Working Range	Chuck	Tube Length	Max Movement Speed	Max Acceleration	Positioning Accuracy	Repeatability	Working Voltage / Frequency (V, Hz)	Cooling Method	Source Scope
Unit	kW	m	mm	m	m/min	g	mm	mm
ULET family	1.5 - 40	31.5 /41.5 / 61.5 / 42 / 62 6 / 8 / 12.52.6	Φ 220/350	6/9/12	140	1-1.5	≤ ± 0.03	≤ ± 0.02	Three-phase AC380V, 50 Hz	Water cooling	Family-level source only; values do not define one model configuration.

Enclosed-system inputs

Plan the sheet, tube and loading paths

Sheet, tube, access, extraction and operator intervention must be sized together.

Sheet and tube envelopes

Provide dimensions, materials, thickness/wall, weights, lengths, profiles and workload split.

Process package

Define power, gas, focus, edge criteria, tube compensation, remnants and samples.

Guarding and extraction

Confirm access monitoring, viewing, protective glazing, extraction zones and local requirements.

Handling and data

Record loaders, supports, transfer, storage/sorting, software and data handshakes.

Machine in operation

See Dual-use Fiber Laser Cutting Machine With Cover in operation

Watch the enclosed dual-use sequence, then compare the guarded work area, process package and handling systems below.

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Product systems

Inside the enclosed sheet-and-tube system

ULET combines a guarded cutting area with sheet and tube material paths. Review how loading, mode selection, access monitoring and extraction work in the configured layout.

Enclosure and monitored access

ULET enclosed sheet-and-tube fiber laser cutting machine

Enclosure

Define the active work area

The enclosure separates the processing area from outside access.

Review the cover with the complete operating and extraction arrangement for the site.

Open access door on an enclosed laser cutting machine

Monitored access

Plan observation and intervention

Access monitoring and viewing arrangements are selected as part of the delivered configuration.

Review doors, observation and recovery access with the complete safeguarding arrangement.

Sheet and tube positioning

Laser cutting head over the sheet-support slats

Sheet positioning

Reference the sheet route

The exchange-table route uses sheet supports and references in the cutting area.

Match this route to the intended stock and review table movement and transfer clearances.

Tube laser cutting head beside a chuck gripping a round tube

Tube positioning

Reference the tube route

The side tube module uses chuck geometry and tube supports to maintain the workpiece position.

Review stock, stability, tail length and access during clamping and rotation.

Shared cutting package

Cutting head used on a ULET enclosed laser cutting machine

Configure the active process

Linear, rotary and height motion coordinate the active cutting mode. The source and head work with focus, gas, cooling and extraction for the selected material.

Check power and head functions for both workflows. Cutting capability must be demonstrated for the intended sheet and tube jobs.

Sheet and tube programming

Sheet nesting layout displayed on the laser control screen

Sheet programming

Prepare sheet cutting jobs

The delivered control package provides the available sheet programming, simulation and collision checks.

Confirm the required software functions and program-transfer method for the sheet workflow.

Tube programming

Prepare tube cutting jobs

The configured tube software prepares programs for the profile route.

Review the available simulation and collision checks. Loaders, storage, sorting and production-data links require defined handshakes.

Loading and finished-part access

Open enclosure providing access to the laser cutting table

Loading access

Bring stock into the guarded area

Loading equipment and tube support must work around the enclosure.

Review stock weight, lifting access and operator positions in the site layout.

Sheet-metal sample with laser-cut circular and square openings

Finished-part access

Retrieve parts and remnants

Finished parts, long profiles and sheet remnants need a defined route out of the guarded area.

Allow for retrieval, extraction connections and maintenance access before installation.

Configured-workflow trials

Operator reviewing the enclosed laser machine control screen

Check both routes in the delivered layout

A sheet and tube trial exercises programming, positioning and cutting inside the configured work area. Inspect the result and review loading and retrieval.

Agree material, drawings, inspection criteria and the safeguards used for the trial. Include mode changes and the intended extraction arrangement.

Safety and model selection

Plan the enclosure, extraction and working area

Use the family summary for range, power, chuck and motion references; final glazing, access, extraction, loaders and certification remain configuration-specific.

Published family data

Use the ULET summary for family-level working range, power, chuck, tube length, motion, precision, voltage and cooling only.

Configured equipment

Glazing, access monitoring, loaders, supports, storage, sorting, extraction and MES are conditional.

Acceptance checks

Confirm model matrix, both samples, hazards, operator access and safety documents.

Before start-up

Installation and commissioning

Prepare utilities, lifting and the installation area, then coordinate start-up and handover.

Review installation support

Before production

Operator and programming training

Build the operator, programming and maintenance skills required for your delivered machine.

Explore training

In operation

Maintenance and troubleshooting

Get support with the machine model, serial number and a clear description of the issue.

Request technical support

Planned spares

The right spare parts

Identify your machine and component so our team can check compatibility and availability.

Request service or parts

Self-service

Operation and maintenance videos

Find video guidance for operating and maintaining your ADH machine. Check relevance to your model and configuration.

Browse support videos

Contract scope

Service and warranty scope

Your quotation or contract defines included services, warranty, exclusions and responsibilities.

Review service scope

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.