Laser Marking Machine

Desktop All-in-One Laser Marking Machine

High-precision fiber laser cutting machine with advanced IPG laser source, delivering exceptional speed and accuracy for industrial metal processing. Available in 1kW to 12kW configurations.

Get A Quote
Download Brochure
  • ISO 9001 Certified
  • 30-Day Delivery
  • 2-Year Warranty
Product Overview

Compact Fiber Laser Marking for Small Parts and Product Identification

Prato Laser Desktop All-in-One Laser Marking Machine is designed for compact workspaces, small-batch production and flexible product marking applications. The PLT-DM model integrates the laser source, marking head, working platform and control system into a compact structure, making it suitable for workshops, stores, sample rooms and production lines with limited space.

This machine supports clear and permanent marking on stainless steel, carbon steel, aluminum, copper, brass, tools, hardware parts, electronic accessories and selected plastic materials. It can mark logos, serial numbers, QR codes, barcodes, product models, production dates and customized patterns.

Compared with traditional ink printing or labeling, fiber laser marking does not require consumables and provides durable, contactless and high-contrast marks for product identification and traceability.

KEY FEATURES

Why Choose PLT-DM Desktop Laser Marking Machine?

The PLT-DM desktop all-in-one laser marking machine is designed for users who need compact structure, easy operation and reliable marking quality for small parts and product identification.

  • Compact All-in-One Design

    Integrated structure saves workshop space and makes the machine suitable for small production areas, sample rooms and flexible workstations.

  • Clear Permanent Marking

    Fiber laser marking creates durable marks on metal and selected plastic surfaces without ink, labels or chemical consumables.

  • Suitable for Metal Parts

    Widely used for stainless steel, aluminum, brass, copper, tools, hardware parts and industrial components.

  • Easy Software Operation

    Supports common file formats such as BMP, DXF, PLT and AI, making it convenient for logos, graphics, codes and text marking.

  • Low Maintenance Cost

    Air-cooled fiber laser structure helps reduce daily maintenance and operating costs.

  • Flexible Product Identification

    Suitable for QR codes, barcodes, serial numbers, production dates, model numbers and customized traceability information.

TECHNICAL SPECIFICATIONS

Detailed Technical Parameters

PARAMETER FL-3015 (3KW) FL-3015 (6KW) FL-3015 (12KW)
Working Area 3000 × 1500 mm 3000 × 1500 mm 3000 × 1500 mm
Laser Power 3,000 W 6,000 W 12,000 W
Laser Source IPG / Raycus IPG / Raycus IPG / Raycus
Positioning Accuracy ±0.05 mm ±0.03 mm ±0.03 mm
Repositioning Accuracy ±0.03 mm ±0.02 mm ±0.02 mm
Max Cutting Speed 35 m/min 40 m/min 40 m/min
Max Rapid Travel 100 m/min 120 m/min 120 m/min
Max CS Thickness 20 mm 25 mm 40 mm
Max SS Thickness 10 mm 16 mm 30 mm
Max Aluminum Thickness 8 mm 12 mm 25 mm
Cutting Head Raytools Precitec Precitec ProCutter
Control System Cypcut Cypcut Cypcut
Drive System Yaskawa Servo Yaskawa Servo Yaskawa Servo
Exchange Table Optional Standard Standard
Machine Weight 6,500 kg 7,200 kg 8,000 kg
  • FL-3015

    3kW Standard
    • Carbon Steel

      Up to 20mm

    • Stainless Steel

      Up to 10mm

    • Cutting Speed

      35 m/min

    • Best For

      Light-Medium Use

  • MOST POPULAR

    FL-3015

    6kW Professional
    • Carbon Steel

      Up to 25mm

    • Stainless Steel

      Up to 16mm

    • Cutting Speed

      40 m/min

    • Best For

      Medium-Heavy Use

  • FL-3015

    12kW Industrial
    • Carbon Steel

      Up to 40mm

    • Stainless Steel

      Up to 30mm

    • Cutting Speed

      40 m/min

    • Best For

      Heavy Industrial

Processing Materials

Materials You Can Cut

The FL-3015 handles a wide range of metals and alloys with precision. From thin sheet to thick plate, achieve clean edges and minimal heat-affected zones.

  • Carbon Steel

    Up to 40mm thickness

  • Stainless Steel

    Up to 30mm thickness

  • Aluminum

    Up to 25mm thickness

  • Brass & Copper

    Up to 12mm thickness

  • Custom Configuration

    Up to 20mm thickness

  • Fast Delivery

    Up to 8mm thickness

  • Training & Education

    Up to 10mm thickness

  • Advanced R&D

    Up to 30mm thickness

APPLICATION SCENARIOS

Industry Applications

From automotive manufacturing to architectural metalwork, the FL-3015 serves a wide spectrum of industries with versatility and precision.

FREQUENTLY ASKED QUESTIONS

Common Questions About the FL-3015

How do I choose the right laser power for my application?
The ideal laser power depends on your material type, thickness, and production volume. For mild steel up to 6mm, a 1–3kW laser is sufficient. For thicker plates (6–20mm), 6–12kW is recommended. Ultra-thick plates (20mm+) require 15–40kW. Our engineers can analyze your specific cutting requirements and recommend the optimal configuration. Contact us with your material samples for a free cutting test.
What is the typical lead time for standard machines?
The ideal laser power depends on your material type, thickness, and production volume. For mild steel up to 6mm, a 1–3kW laser is sufficient. For thicker plates (6–20mm), 6–12kW is recommended. Ultra-thick plates (20mm+) require 15–40kW. Our engineers can analyze your specific cutting requirements and recommend the optimal configuration. Contact us with your material samples for a free cutting test.
Do you provide installation and operator training?
The ideal laser power depends on your material type, thickness, and production volume. For mild steel up to 6mm, a 1–3kW laser is sufficient. For thicker plates (6–20mm), 6–12kW is recommended. Ultra-thick plates (20mm+) require 15–40kW. Our engineers can analyze your specific cutting requirements and recommend the optimal configuration. Contact us with your material samples for a free cutting test.
What warranty and after-sales support do you offer?
The ideal laser power depends on your material type, thickness, and production volume. For mild steel up to 6mm, a 1–3kW laser is sufficient. For thicker plates (6–20mm), 6–12kW is recommended. Ultra-thick plates (20mm+) require 15–40kW. Our engineers can analyze your specific cutting requirements and recommend the optimal configuration. Contact us with your material samples for a free cutting test.
Can I request a sample cutting test before ordering?
The ideal laser power depends on your material type, thickness, and production volume. For mild steel up to 6mm, a 1–3kW laser is sufficient. For thicker plates (6–20mm), 6–12kW is recommended. Ultra-thick plates (20mm+) require 15–40kW. Our engineers can analyze your specific cutting requirements and recommend the optimal configuration. Contact us with your material samples for a free cutting test.
What materials can your laser machines process?
The ideal laser power depends on your material type, thickness, and production volume. For mild steel up to 6mm, a 1–3kW laser is sufficient. For thicker plates (6–20mm), 6–12kW is recommended. Ultra-thick plates (20mm+) require 15–40kW. Our engineers can analyze your specific cutting requirements and recommend the optimal configuration. Contact us with your material samples for a free cutting test.

    Request a Quote