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Wire mesh Automatic Loom

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August 07, 2025
Category Connection: Wire Mesh Loom Machine
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Tags:
#mesh weaving machine #wire mesh machine #wire mesh weaving machine
Brief: Discover the Precision Wire Mesh Weaving Machine Technology BWR1600D, a high-performance, digitally controlled loom designed for precision metal wire mesh production. With advanced servo motor control, it ensures accurate weaving, high efficiency, and user-friendly operation, perfect for industries requiring precise filtration and screening.
Related Product Features:
  • Precision Weaving: Superior tension control ensures exceptional mesh uniformity for accurate weaving from 40 to 400 mesh.
  • High Efficiency: Operates at up to 120 rpm, boosting production efficiency by over 70% compared to conventional machines.
  • User-Friendly: Digital touch-screen interface for easy parameter setting, ensuring precise adjustments and repeatability.
  • Versatile: Capable of weaving Plain Weave, Twill Weave, and Dutch Weave patterns for diverse applications.
  • Enhanced Productivity: Continuous web removal system and digital length display minimize auxiliary time.
  • Reliable & Durable: High-quality components like Bearing-Type Crankshaft ensure stable, long-term operation.
  • Wide Applications: Ideal for petroleum, aerospace, automotive, electronics, and mechanical manufacturing industries.
  • Fully Digital Control: CNC-driven system for automated and intelligent tension regulation.
Faqs:
  • What types of wire mesh can the BWR1600D machine weave?
    The BWR1600D can weave Plain Weave (10-100 mesh/inch), Twill Weave (20-100 mesh/inch), and Dutch Weave (30-500 mesh/inch), making it versatile for various industrial applications.
  • How does the machine improve production efficiency?
    With a maximum speed of 120 rpm and features like continuous web removal and digital length display, the BWR1600D reduces auxiliary time and increases efficiency by over 70%.
  • What industries benefit from the wire mesh produced by this machine?
    The high-quality mesh is used in petroleum & chemical processing, aerospace, automotive, electronics, and mechanical manufacturing for precise filtration, screening, and separation.
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