Precision Fiber Laser Cutting | ULJM5035

Precision Laser Cutting

Direct-drive fiber-laser cutting for thin parts and fine features. Configure the optics and positioning around your application.

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Technical specifications

Precision laser technical specifications

The ULJM5035 reference configuration has a 300 × 500 mm processing envelope. Use the table to match travel, motion accuracy, cooling and material thickness to your part. Specify the optical package and inspection method for the features you need to hold.

Specification	Reference Value	Selection Boundary
Processing Envelope	300 x 500 mm	Customizable
Operating Acceleration	0.5-1.5 G	Configuration and process dependent
Maximum Processing Speed	20 m/min	Reference machine value
X/Y Positioning Accuracy	+/-0.01 mm	Confirm through the agreed acceptance method
X/Y Repeat Positioning Accuracy	+/-0.01 mm	Confirm through the agreed acceptance method
Cooling Method	External water cooling	Final chiller and circuit follow the ordered configuration
Recommended Precision-Processing Thickness	0.1-4 mm	Extended cutting capability requires material, power and sample validation
Applicable Materials	Carbon steel, stainless steel, aluminium alloy, copper, titanium alloy, ceramics and silicon wafers	Material and process capability depend on the ordered optical package and sample validation

Precision inputs

Plan for fine features and part measurement

Precision depends on the part envelope, material, fixture, registration, environment and measured acceptance method.

Part and feature

Provide envelope, minimum feature, contour, tolerance, edge and thermal sensitivity.

Material and fixture

Record material, thickness, flatness, workholding and allowed movement.

Registration and automation

Define mark or vision registration, presentation, clamping and any multi-station handoff.

Metrology and environment

Confirm batch, calibration, temperature, humidity, inspection equipment and signed report.

Machine in operation

See precision laser cutting in operation

Watch the 1000W precision laser demonstration, then review the material, part geometry and cutting requirements for your application.

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Product systems

Inside the precision cutting platform

The recommended precision-processing thickness is 0.1–4 mm. Specify the material grade, smallest feature and required edge finish so that the optics, power and inspection method can be checked on a representative sample.

Stone base and workholding

Stone machine base shown for a precision laser cutting platform

Stone base

Reference the motion platform

The stone base provides the structural reference for the precision motion platform.

Review installation and workshop conditions alongside the intended inspection method.

Clamping fixture holding a thin part in the precision laser workspace

Workholding

Locate the part without distortion

Workholding positions thin or small parts while preserving their intended shape.

Review fixture contact and support for the actual material and part geometry.

Direct-drive planar motion

Linear motor used in a precision laser cutting platform

Move without an intermediate transmission

Linear motors drive the planar axes directly, removing the intermediate rack or screw transmission from those axes. The motion system follows the programmed cutting path.

Calibration, installation and thermal conditions still affect the achieved result. Use the selected machine and agreed sample for the performance review.

Position feedback and head height

Closed-loop feedback system for a precision laser cutting platform

Position feedback

Close the axis-control loop

Position feedback references the planar motion within the control loop.

Specify scale and calibration. Feedback resolution is not the same as finished-part accuracy.

Precision laser cutting head and vertical positioning assembly

Head height

Maintain the workpiece relationship

Head-height control maintains the intended relationship between the cutting head, part and fixture.

Confirm the head configuration and assess measured part geometry on the agreed sample.

Optional vision registration

Precision laser workspace with opposed clamps and a cutting head

Locate existing part features

Vision or mark recognition can establish position and rotation from reference features when included. This supports work that must align a new cut with an existing pattern.

Review the marks, lighting, fixtures and permitted correction on sample parts. Vision, loading handoffs and multi-station transfer depend on the selected package.

Optics, cooling and environment

Fiber laser source unit with its optical delivery cable

Optics

Select the cutting process chain

The laser source and cutting head form the optical process chain.

Match the optical configuration to the intended material and task.

Industrial water chillers for laser equipment

Cooling

Support the selected process

The cooling package supports the source and cutting-head configuration.

Confirm the supplied cooling equipment and utility requirements for the selected package.

Precision laser cutting machine installed in a workshop

Environment

Define precision working conditions

Thermal conditions and workshop utilities affect the operating environment for precision work.

Record the conditions used for calibration and sample inspection.

Sample and measurement review

Fine laser-cut sample shapes with slots and decorative contours

Sample review

Test the feature that matters

A representative sample brings together material, fixture, optics, program and any registration function.

Agree the drawing and record the tested machine configuration.

Digital caliper used for dimensional measurement

Measurement review

Assess the specified result

The inspection method determines how the required feature and geometry are assessed.

Agree measurement points and a sample report, including the inspection conditions.

Configuration and acceptance

Define the result on your own sample part

The table follows the approved Precision Fiber Laser Cutting Machine proposal; power, head, vision, fixture, environment and sample acceptance remain order-specific.

Motion and cooling

The stone base supports direct-drive axes with position feedback. An external water-cooling circuit serves the selected laser and optical package.

Reference values

The proposal lists 0.5–1.5 G acceleration, 20 m/min maximum processing speed, ±0.01 mm X/Y positioning and repeat-positioning accuracy, and 0.1–4 mm recommended precision-processing thickness.

Acceptance checks

Confirm optical head, laser power, registration, fixture, environment, process and signed sample.

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.

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.