High-speed Dual-platform Enclosed type Sheet Laser Cutting Machine

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November 25, 2025
Category Connection: Fiber Laser Metal Cutting Machine
Brief: Step into our short showcase to explore the QH-3015FB Beveling Dual-platform Enclosed type Laser Cutting Machine's standout capabilities. Watch as we demonstrate its high-speed ±45° precision beveling, dual-platform efficiency, and enclosed design for industrial applications.
Related Product Features:
  • ±45° adjustable bevel angle with 0.1° increments and ±0.5° accuracy for precise welding joints.
  • Dual-platform design enables continuous cutting and loading, boosting throughput by 35%.
  • Enclosed structure protects beveling components, extending maintenance cycles by 50%.
  • High precision with ±0.03mm axis accuracy ensures uniform bevel edges at 100m/min speed.
  • 3000×1500mm processing area with 1000kg max loading capacity for large-scale production.
  • Supports V-type, U-type, Y-type, and single/double-sided beveling profiles without secondary processing.
  • Ideal for steel structures, pressure vessels, and automotive frame manufacturing.
  • Laser power range from 1500W to 20KW for versatile industrial applications.
Faqs:
  • What industries benefit most from the QH-3015FB laser cutting machine?
    Industries like steel structures, pressure vessels, and automotive frame manufacturing benefit greatly due to its precision beveling and high throughput.
  • How does the dual-platform design improve efficiency?
    The dual-platform design allows for continuous operation by enabling loading/unloading on one platform while cutting occurs on the other, increasing throughput by 35%.
  • What is the advantage of the enclosed structure?
    The enclosed structure protects the beveling module from dust and metal chips, extending maintenance cycles by 50% and ensuring long-term precision.
  • What types of beveling profiles does the machine support?
    The machine supports V-type, U-type, Y-type, and single/double-sided beveling profiles, eliminating the need for secondary processing.
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