Fiber Laser Cutting | ULF Series

Single-Table Fiber Laser

A direct-access flat-sheet laser platform for manufacturers that need a defined working format, source package and loading route.

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Technical specifications

ULF G and E technical specifications

Select one G or E model. Maximum speed depends on the drive package. Acceleration is single-axis for ULF-G and coupled-axis for ULF-E. ULF-G table load assumes a uniformly distributed, stably placed load.

Model	Family	Laser Power	Processing Area	Z Travel	Beam Clearance	Positioning Accuracy (unit as shown)	Repeatability (unit as shown)	Max Coupled Speed	Max Acceleration	Table Load	Overall Dimensions	Rated Voltage	Frequency
Unit		kW	mm	mm	mm			m/min	g	kg	mm	V	Hz
3015G	ULF-G	1.5–6	3100×1530	150	100	≤±0.03mm/m	≤±0.02mm/m	90 (Inovance/BOCHU S9); 70 (Delta)	1.4 (single axis)	900	4700×2345×1850	380	50
4015G	ULF-G	1.5–6	4100×1530	150	100	≤±0.03mm/m	≤±0.02mm/m	90 (Inovance/BOCHU S9); 70 (Delta)	1.4 (single axis)	1200	6000×2345×1850	380	50
6015G	ULF-G	1.5–6	6100×1530	150	100	≤±0.03mm/m	≤±0.02mm/m	90 (Inovance/BOCHU S9); 70 (Delta)	1.4 (single axis)	1800	8300×2345×1850	380	50
4020G	ULF-G	1.5–6	4100×2050	150	100	≤±0.03mm/m	≤±0.02mm/m	90 (Inovance/BOCHU S9); 70 (Delta)	1.4 (single axis)	1600	6000×2916×1850	380	50
6020G	ULF-G	1.5–6	6100×2050	150	100	≤±0.03mm/m	≤±0.02mm/m	90 (Inovance/BOCHU S9); 70 (Delta)	1.4 (single axis)	2400	8300×2916×1850	380	50
3015E	ULF-E	1.5–12	3100×1530	150	110/210	≤±0.03mm	≤±0.02mm	140 (Inovance/BOCHU S9); 100 (Delta)	1.7 (coupled axes)	1100	4700×2345×1950	380	50
4015E	ULF-E	1.5–12	4100×1530	150	110/210	≤±0.03mm	≤±0.02mm	140 (Inovance/BOCHU S9); 100 (Delta)	1.7 (coupled axes)	1500	6000×2345×1950	380	50
6015E	ULF-E	1.5–12	6100×1530	150	110/210	≤±0.03mm	≤±0.02mm	140 (Inovance/BOCHU S9); 100 (Delta)	1.7 (coupled axes)	2200	8300×2345×1950	380	50
4022E	ULF-E	1.5–12	4100×2200	150	110/210	≤±0.03mm	≤±0.02mm	140 (Inovance/BOCHU S9); 100 (Delta)	1.7 (coupled axes)	2000	6000×3250×1950	380	50
6022E	ULF-E	1.5–12	6100×2200	150	110/210	≤±0.03mm	≤±0.02mm	140 (Inovance/BOCHU S9); 100 (Delta)	1.7 (coupled axes)	3000	8300×3250×1950	380	50
6026E	ULF-E	6–60	6100×2600	250	190	≤±0.03mm	≤±0.02mm	140	1.7 (coupled axes)	3900	8700×3800×2050	380	50
8026E	ULF-E	6–60	8000×2600	250	190	≤±0.04mm	≤±0.02mm	140	1.7 (coupled axes)	5200	11000×3800×2050	380	50
13026E	ULF-E	6–60	13000×2600	250	190	≤±0.07mm	≤±0.03mm	140	1.7 (coupled axes)	14000	16300×3750×2450	380	50
13032E	ULF-E	6–60	13000×3200	200	160	≤±0.07mm	≤±0.03mm	140	1.4 (coupled axes)	18000	16500×4350×2450	380	50
26026E	ULF-E	6–60	26000×2600	250	190	≤±0.07mm/10m	≤±0.05mm	140	1.7 (coupled axes)	28000	31000×3750×2450	380	50
26032E	ULF-E	6–60	26000×3200	200	160	≤±0.07mm/10m	≤±0.05mm	140	1.4 (coupled axes)	36000	31500×4350×2450	380	50

Sheet-cutting inputs

Plan the sheet format and loading workflow

For large-format ULF work, compare maximum sheet size and distributed table load with the loading route, lift capacity and extraction zones. Include the time needed to remove parts and the remaining skeleton before loading the next sheet.

Sheet and load

Provide sheet size, weight, flatness, surface condition and loading/removal access.

Material and process

Confirm material, thickness, gas, edge criteria and the representative cutting sample.

Production pattern

Define part mix, nesting, remnant handling and operating window.

Utilities and data

Confirm power, cooling, extraction, software and any data interface.

Machine in operation

See the ULF Single-Table Laser in Operation

Watch the ULF cutting sequence, then compare its table, motion, process and control systems below.

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Product systems

Inside the single-table cutting system

ULF brings loading, cutting and part removal to one worktable. Match the working format, moving head, cutting package and material-handling route to your sheet work.

Single-table material workflow

Machine bed of a ULF single-table fiber laser cutting machine

Plan the work around one table

Loading, cutting and part removal share a single table. The sheet rests on its supports while the cutting head follows the programmed path.

Review sheet weight, loading access, finished-part removal and remnants. This workflow should be assessed against the intended job mix and handling method.

Gantry and protected motion

Beam and gantry of a ULF single-table laser cutting machine

Move the head across the sheet

The beam and drives position the cutting head over the worktable. Transmission protection and lubrication support the motion system through routine operation.

Read travel, speed, acceleration and positioning from the exact G or E model. A value from one format should not be generalized to another.

Laser source and cutting head

Laser source

Select the required output

The laser source supplies the cutting process for the selected material and thickness.

Review delivered power with representative parts; capacity depends on the complete setup.

Cutting head

Apply the process at the sheet

Head functions, focus and assist gas affect the process at the workpiece.

Confirm the head package against the intended edge quality and material samples.

CNC, nesting and recovery

Control system of a ULF fiber laser cutting machine

CNC

Coordinate the cutting job

The selected control package coordinates the drawing-based cutting sequence, height following and edge finding.

Review available functions and production-data interfaces in the supplied software.

Laser cutting control screen showing a programmed part layout

Nesting

Arrange parts on the sheet

Nesting determines how parts are organized into cutting jobs.

Review common-line cutting, remnant handling and reporting for the required workload.

Operator reviewing a cutting job at the laser machine control station

Recovery

Resume interrupted work

Job recovery is part of the selected control package.

Demonstrate how stopped jobs are reviewed and resumed with the delivered software functions.

Cooling, gas and extraction

Cooling

Support the source and process

Cooling must suit the selected source, laser power and operating duty.

Identify the supplied cooling peripherals, utilities and service access before installation.

Gas cylinders labelled for oxygen, nitrogen and compressed air

Gas supply

Prepare the process connection

Gas supply supports the selected material and cutting process.

Confirm the supplied equipment and site gas connections for the intended operating duty.

Extraction

Remove process emissions and waste

Extraction serves the active cutting process and must suit the material and workload.

Identify site connections and allow access for service and clearing process waste.

Representative cut trial

Metal sample sheet with laser-cut profiles, holes and slots

Inspect the intended parts

A cut trial connects sheet format, material, thickness, gas and programming to the required result. Inspect the finished dimensions and edge condition.

Use the agreed drawing and inspection method. Include loading and part removal when reviewing the practical production cycle.

Model selection

ULF models and configuration options

Use the detailed flat-sheet model data; tube-specific fields do not apply to ULF.

Published model data

Use the exact G or E column for format, power compatibility, travel, precision, speed, acceleration, payload, dimensions and mass.

Configured options

Extraction, compressor, gas control, nesting, MES and auxiliaries are configuration-dependent.

Acceptance checks

Confirm material, thickness, utilities, loading, sample and acceptance method.

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.

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In operation

Maintenance and troubleshooting

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

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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.

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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.