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High-Precision Table Laser Marking Machine | Stable & Efficient Marking Solution

High-Precision Table Laser Marking Machine | Stable & Efficient Marking Solution Featured Image
  • High-Precision Table Laser Marking Machine | Stable & Efficient Marking Solution
  • High-Precision Table Laser Marking Machine | Stable & Efficient Marking Solution
  • High-Precision Table Laser Marking Machine | Stable & Efficient Marking Solution

Short Description:

Versatile table laser marking machine with fiber, CO2, and UV laser options. Ideal for precise engraving on metals, plastics, glass, and more.


  • Unit Price: Negotiable
  • Terms of Payment: 100% in Advance
  • Payment Method: T/T, Paypal, Credit Card...
  • Country of Origin: China

    • Product Detail

    Product Tags

    Description & Introduction

    Table Laser Marking Machine is designed to provide efficient and precise marking on a variety of materials. Equipped with fiber, CO₂, and UV laser sources, this machine offers versatile solutions for different marking needs, including engraving, etching, and cutting. It is ideal for industries like manufacturing, electronics, medical devices, and automotive.

    Key Features:
    Multiple Laser Options:

    Fiber Laser: Ideal for metals, plastics, and high-contrast markings.

    CO₂ Laser: Perfect for organic materials such as wood, leather, and glass.

    UV Laser: Best for delicate materials and high-precision marking, including plastics and ceramics.

    Compact Table Design: The space-saving design allows easy integration into production lines and small workspaces without compromising on performance.

    High-Precision Marking: Ensures clear, permanent marks with fine details, including logos, serial numbers, barcodes, and custom designs.

    User-Friendly Interface: Easy-to-operate software and touch screen controls for seamless operation.

    This Table Laser Marking Machine provides high-quality, durable markings, offering a reliable solution for your engraving and etching needs across various industries.

    Product Pictures

    FIBER LASER LASER MARKING MACHINE

    UV LASER MARKING MACHINE

    CO2 LASER MARKING MACHINE

    Specifications

    FIBER LASER MARKER

    Q-Switched Fiber Laser Marker-(20-50W) TF-QS SERIES
    Model TF-QS20 TF-QS30 TF-QB50
    Laser Generator
    Laser Power(W) 20W 30W 50W
    Frequency(kHz) 30-60kHz 30-60kHz 50-100kHz
    Pulsed Width(ns) 130ns 130ns 130ns
    Control System
    Software EZCAD2.14.11-LITE
    Controller FBLI-B-LV4
    Scanning System
    Max. Marking Speed(mm/s) 6000mm/s(12000mm/s Optional)
    Max. Marking Size (mm) 160*160mm(70*70, 100*100,200*200,300*300mm Optional)
    Others
    Power Supply 110V/220V Optional
    Cable Length 3M(4/5M Optional)
    Adjustable Z Lift Travel 500mm(700mm Optional)
    Cooling Method Air Cooling

    MOPA Fiber Laser Marker-(20-50W)TF-ELP SERIES
    Model TF-ELP20 TF-ELP30 TF-ELP50
    Laser Generator
    Laser Power(W) 20W 30W 50W
    Frequency(kHz) 1-600kHz 1-600kHz 1-600kHz
    Pulsed Width(ns) 200ns 200ns 200ns
    Control System
    Software EZCAD2.14.11-LITE
    Controller FBLI-B-LV4
    Scanning System
    Max. Marking Speed(mm/s) 6000mm/s (12000mm/s Optional)
    Max. Marking Size (mm) 160*160mm
    （70*70, 100*100,200*200,300*300mm Optional)
    Others
    Power Supply 110V/220V Optional
    Cable Length 2M (3/4/5M Optional)
    Adjustable Z Lift Travel 500mm(700mm Optional)
    Cooling Method Air Cooling

    MOPA Fiber Laser Marker-(20-100W)-TF-EM7 SERIES
    Model TF-EM720 TF-EM730 TF-EM760 TF-EM780 TF-EM7100
    Laser Generator
    Laser Power(W) 20W 30W 60W 80W 100W
    Frequency(kHz) 1-4000kHz 1-4000kHz 1-4000kHz 1-4000kHz 1-4000kHz
    Pulsed Width(ns) 2-350ns 2-350ns 2-500ns 2-500ns 2-500ns
    Control System
    Software EZCAD2.14.11-LITE
    Controller FBLI-B-V4
    Scanning System
    Max. Marking Speed(mm/s) 6000mm/s (12000mm/s Optional)
    Max. Marking Size (mm) 160*160mm(70*70, 100*100,200*200,300*300mm Optional)
    Others
    Power Supply 110V/220V Optional
    Cable Length 2M(3/4/5M Optional) 3M(4/5M Optional)
    Adjustable Z Lift Travel 500mm(700mm Optional)
    Cooling Method Air Cooling

    UV LASER MARKER

    UV Laser Marker-(3-10W)
    Model TU-L3A TU-L5A TU-S10
    Laser Source
    Laser Power(W) 3W 5W 10W
    Frequency(kHz) 20-200kHz 20-150kHz 40-300kHz
    Pulsed Width(ns) 18ns 18ns 15ns
    Control System
    Software EZCAD2
    Controller SZLI-B-V4
    Scanning System
    Max. Marking Speed(mm/s) 6000mm/s (12000mm/s Optional)
    Max. Marking Size (mm) 160*160mm
    (70*70, 100*100,200*200,300*300mm Optional)
    Others
    Power Supply 110V/220V Optional
    Adjustable Z Lift Travel 500mm(700mm Optional)
    Cooling Method Air Cooling Water Cooling

    CO2 LASER MARKER

    CO2 Laser Marker-(20-50W)
    Model TC-D30 TC-D50
    Laser Generator
    Laser Power(W) 30W 50W
    Frequency(kHz) 0-25kHz 0-25kHz
    Control System
    Software EZCAD2
    Controller SZLI-B-V4
    Scanning System
    Max. Marking Speed(mm/s) 6000mm/s
    (12000mm/s optional)
    Max. Marking Size (mm) 160*160mm
    (70*70, 100*100,200*200,300*300mm optional)
    Others
    Power Supply 110V/220V Optional
    Adjustable Z Lift Travel 500mm(700mm Optional)
    Cooling Method Air Cooling

    Materials Suitable for Fiber Laser Marking

    1. Metals (Primary Application):

      • Stainless Steel

      • Carbon Steel

      • Aluminum

      • Copper

      • Brass

      • Titanium

      • Precious Metals (Gold, Silver, Platinum)

    2. Certain Plastics (Require Specific Wavelength or Additives):

      • ABS

      • Polycarbonate (PC)

      • Polypropylene (PP)

      • Polyamide (PA, Nylon)

    3. Coated/Plated Materials:

      • Anodized Aluminum

      • Plated Metals

      • Painted or Coated Surfaces

    4. Some Ceramics and Composite Materials (Testing Required):

      • Industrial Ceramics (e.g., Alumina)

      • Carbon Fiber Materials

    Fiber laser marking is mainly used for high-contrast, precise, and permanent markings, such as QR codes, serial numbers, and logos. It is widely applied in industries like industrial manufacturing, electronics, automotive parts, and medical devices.

    Materials Suitable for CO₂ Laser Marking

    1. Non-Metallic Materials (Primary Application):

      • Wood (Plywood, MDF, Bamboo)

      • Paper & Cardboard

      • Leather & Artificial Leather

      • Fabrics & Textiles (Cotton, Polyester, Felt)

    2. Plastics & Polymers:

      • Acrylic (PMMA)

      • Polycarbonate (PC)

      • Polyethylene (PE)

      • Polypropylene (PP)

      • ABS

      • Delrin

    3. Organic Materials:

      • Rubber

      • Glass (Engraving & Surface Etching)

      • Stone (Marble, Granite, Slate)

    4. Coated & Painted Materials:

      • Painted Metals (Does not work on bare metal)

      • Anodized Aluminum

    CO₂ laser marking is widely used in industries such as packaging, signage, woodworking, leather goods, and personalized gifts due to its ability to engrave and cut a variety of non-metallic materials.

    Materials Suitable for UV Laser Marking

    1. Plastics & Polymers (Primary Application)

      • ABS

      • Polycarbonate (PC)

      • Polyethylene (PE)

      • Polypropylene (PP)

      • Polyurethane (PU)

      • PMMA (Acrylic)

      • Teflon

    2. Glass & Ceramics

      • Quartz Glass

      • Borosilicate Glass

      • Sapphire Glass

      • Ceramic Materials

    3. Metals (Coated & Special Treatments Required)

      • Anodized Aluminum

      • Coated or Painted Metals

      • Precious Metals (Gold, Silver, Platinum) for Fine Marking

    4. Electronic Components & PCB

      • Microchips

      • Semiconductor Components

      • Printed Circuit Boards (PCB)

    5. Medical & Pharmaceutical Materials

      • Medical Plastics (Syringes, IV Bags, Tubing)

      • Contact Lenses

    Key Advantages of UV Laser Marking:

    • High precision and minimal heat impact (cold marking).

    • Ideal for delicate materials like glass and plastics.

    • Used extensively in electronics, medical, and high-precision industries.

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