Flexible Marking Across Precision Production and Traceability Workflows

Precision Marking for Component Identification

The four application scenes show the machine at precision plastic component marking, electronics traceability, glass and cosmetic component marking, and night-shift precision-parts workstations. Each setup presents small workpieces positioned within a practical production, inspection, or identification workflow.

  • Precision Plastic Component Marking - Small plastic components are positioned at a dedicated marking workstation for product identification and precision marking tasks.
  • Electronics Traceability Production Area - The machine is placed within an electronics production environment where components are organized for identification and traceability marking.
  • Glass & Cosmetic Component Marking - Glass or cosmetic-related components are presented at the marking workstation for controlled product identification applications.
  • Night-Shift Precision Parts Marking - Small precision parts are positioned beneath the marking head within an industrial workstation operating under night-shift lighting.

Specifications & Structural Decomposition

Product Structure Diagram

Product Structure Diagram
  1. Closed Blue Base Cabinet

    Main blue cabinet with vented panels and stable feet.

  2. Silver Perforated Worktable

    Perforated fixture table for accurate part placement.

  3. Blue Laser Housing

    Blue horizontal housing mounted across the upper frame.

  4. Silver Z-Axis Column

    Vertical column for height positioning.

  5. Silver Scanner Head

    Scanner head aligned with the marking work area.

  6. Three-Button Control Cluster

    Three colored operating buttons on the front control area.

  7. Black Cable Hose and Mount

    Flexible hose and visible mounting connection for routing.

General information

Desktop Fiber Laser Marking Machine
Laser
Gain
Carton packaging
NO
Working dimensions/mm
110x110/150x150/200x200mm(Optional)
Product Introduction
Double red light positioning Marking
area
110*110/140*140/175*175/200*200
Minimum linewidth
0.01mm
Repeatability
±0.01mm

General instructions

Simplified explanation

Product Video

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DU Series Appearance

Appearance display of DU series. Integrated frame with stable structure and clean streamlined design.

DU Series Appearance

00:19Appearance display of DU series. Integrated frame with stable structure and clean streamlined design.

DU Series Operation

00:33Operation demonstration of DU series. Responsive control system and high cutting precision for various metal materials.

Product packaging

00:12Export wooden case packaging for DU series laser equipment, reinforced, shockproof and moisture-proof for ocean container transportation.

Real Factory Footage

Real on-site records from our factory, offering a practical view of our production capability and delivery readiness.

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Factory real scene

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Product Review

Product Inspection

We centrally purchase equipment, test the data and the machine, then publish the models that clear our review. You get a shorter path from "could work" to a quote your team can act on.

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Core Component Details

Control Button Panel

External Interface Assembly

Galvo Scanner Front Assembly

Galvo Scanner Side Assembly

Perforated Positioning Table

Rear Electrical Panel

UV Focusing Lens Tip

Z-axis Column Scale

Z-axis Focus Handwheel Assembly

Z-axis Column Scale

UV Focusing Lens Tip

Rear Electrical Panel

We're here to help

Our team is ready to advise you on the best product configuration and procurement plan.

400 158 5899

Frequently Asked Questions (FAQ)

What types of applications are shown for this machine?

The provided applications include precision plastic components, electronics traceability, glass and cosmetic-related components, and precision parts marking.

Is the machine designed for desktop workstation use?

Yes. The machine has a desktop configuration intended for placement on a suitable production or marking workbench.

Can the marking-head height be adjusted for different workpieces?

The visible vertical column and handwheel provide a mechanical structure for adjusting the marking-head position relative to the work surface.

Can it be used for plastic, glass, and cosmetic-related components?

These materials are included in the provided application scenarios. Exact compatibility should still be confirmed according to the specific material, surface, and required marking result.

What should be confirmed before selecting the machine for a specific marking project?

Confirm the actual workpiece material, component dimensions, marking content, required result, and production workflow before selecting the appropriate configuration.