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GH30B

30kW Fiber Laser Bevel Cutting Head

Intelligent information auto focus laser cutting head for processing thick metal plates with power ratings of up to 30kW

30kW Fiber Laser Bevel Cutting Head
  • 30kW Fiber Laser Bevel Cutting Head
    Focal length 250m, flat nozzle
  • 30kW Fiber Laser Bevel Cutting Head
    Focal length 250m, pointed nozzle
  • 30kW Fiber Laser Bevel Cutting Head

    • GH30B

    30kW Fiber Laser Bevel Cutting Head

    Intelligent information auto focus laser cutting head for processing thick metal plates with power ratings of up to 30kW

    This high-power smart fiber laser cutting head is designed for thick metal plate processing. Equipped with integrated 5G communication, it enables real-time monitoring of gas pressure leakage, lens contamination, and nozzle temperature. These functions provide timely warnings and automatic shutdown to prevent faults, reduce maintenance needs, and ensure consistent cutting performance. Collision protection is built in to allow quick recovery, minimizing downtime and improving overall efficiency in heavy-duty laser cutting operations.

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    Product Manual
    Specifications
    Type Auto Focus Smart Fiber Laser Cutting Head
    Model LCH30B0
    Interface Type QBH, QD, Q+, LOE/QF-D
    Wavelength 1080±10nm
    Rated Power ≤30kW
    Focal Length 250mm/300mm
    Collimation Length 100mm
    Focusing Range -39mm~+30mm
    Centering Adjustment Range ±1.5mm
    Focusing Speed 200mm/s
    Auxiliary Gas Pressure ≤3MPa
    Weight 7.5kg (100/300 flat nozzle)
    Application

    This auto focus laser cutting head is optimized for thick metal plate cutting across a range of metals, including carbon steel, copper, aluminum, and galvanized sheet.

    • 30kW Fiber Laser Bevel Cutting HeadCutting 40mm carbon steel30kW
    • 30kW Fiber Laser Bevel Cutting HeadCutting 40mm carbon steel30kW
    • 30kW Fiber Laser Bevel Cutting HeadCutting 35mm carbon steel 30kW
    • 30kW Fiber Laser Bevel Cutting HeadCutting 35mm carbon steel 30kW
    Features
    Nozzle temperature monitoring
    Nozzle temperature monitoring

    High-temperature alarm automatically issues a shutdown command that ensures timely stop and alerts the operator to troubleshoot, preventing processing defects.

    Real-time height monitoring and control (with system support)
    Real-time height monitoring and control (with system support)

    Continuous transmission of nozzle temperature data dynamically adjusts cutting height maintains a consistent distance between nozzle and workpiece for stable cutting quality.

    Focus position control (with system support)
    Focus position control (with system support)

    Real-time lens temperature control allows automatic focus adjustment that prevents focus drift caused by lens heating, ensuring uniform cutting performance.

    Built-in gas pressure monitoring (with system support)
    Built-in gas pressure monitoring (with system support)

    Alarms are triggered if cutting gas pressure is abnormal, preventing damage and poor cutting caused by low or missing gas pressure.

    Automatic gas flow adjustment & pressure control (with system support)
    Automatic gas flow adjustment & pressure control (with system support)

    Detects differences between actual and set cutting gas pressure, and calibrates pressure automatically to ensure consistent cutting quality and protecting the head.

    Leakage detection & warning signal
    Leakage detection & warning signal

    Issues an alarm if the laser protection window seal fails and reminds operators to service or replace parts, preventing internal lens contamination.

    Collision protection for safety
    Collision protection for safety

    Built-in sensor with dedicated blowing assembly that protects the laser head upon collision, while triggering an immediate shutdown signal.

    Piercing monitoring for higher efficiency (with system support)
    Piercing monitoring for higher efficiency (with system support)

    Monitors piercing results in real time. Cutting begins immediately after penetration, eliminating delays and boosting productivity.

    Lens contamination monitoring & warning signal
    Lens contamination monitoring & warning signal

    Alerts when lenses become contaminated, with both warning and shutdown modes. This prevents poor cutting quality and laser head damage by ensuring timely lens replacement.

    Recommended Consumables & Spare Parts
    Collimating protective lens PMD21.5T2DS，PMD32T2DS
    Focusing protective lens PMD34T5DS
    Cutting protective lens PMD34T5DS
    Collimating lens NF100D37DS
    Focusing lens SF250D37DS，SF300D37DS
    Seal ring 36.5*28.5*3.8，47*43*2.1，38.6*30.5*3.8，38.6*30.5*3.8
    Ceramic ring FC-17（Flat），FC-15（Pointed）
    Nozzle FSN20 Series（Flat），FSN07 Series（Pointed），FSN16 Series（Bevel）
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    Our high-power laser cutting head is designed for high-performance in thick plate processing. It integrates gas pressure monitoring, leakage detection, piercing detection, and nozzle temperature monitoring. These functions simplify thick plate cutting, improve stability, and allow efficient operation with easier maintenance.

    The specialized tube and profile laser cutting heads are capable of processing round tubes, square tubes, and H-beams. Suitable materials include carbon steel, stainless steel, and other industrial-grade metals.

    • Before use, wrap the head with protective tape to prevent dust accumulation in gaps during maintenance.
    • Do not attempt to clean or disassemble internal lenses if they become dirty or damaged, as this may cause further contamination. It is recommended to replace them directly.
    • Replacement of protective lenses, collimation lenses, and focusing lenses must be performed in a cleanroom environment (class 1000 or above).
    • When inspecting lenses, first use white paper to check for black spots on the red laser beam. Then, at low power, use black photosensitive paper to examine the beam spot. Finally, remove the lens and inspect it under a microscope for accuracy.