Non-Symmetrical 3D Composite Braiding System 2026/09/29

Introductions

In response to the demand for energy conservation and carbon reduction, components must maintain structural strength while reducing weight. Traditional composite braiding and stacking methods require customized molds and depend on manual lamination for forming, which is particularly challenging for tubular structures and irregular shapes, material utilization rate achieves only 60% - 70%. This technology introduces a 160-spindle radial composite braiding device that tightly fits outer fibers to core surfaces via weaving and axial expansion; dual-arm propulsion aids in swiftly producing complex three-dimensional parts, thereby improving material utilization.

Technical Advantages and Features

• Radial Composite Braiding Equipment: The first domestic radial composite braiding equipment, featuring 160 circular motion of the spools. Fiber utilization has increased to 80%, up from 60-70% with traditional equipment.
• Dual-Arm Propulsion Control: Combines dual-arm synchronized control for high stability. Suitable for manufacturing slender workpieces up to 3 meters in length.
• Optional Expandable Axial Fiber: The expandable 40-strand axis enhances the product's tensile and bending strength, broadening its application range.

Industrial Applications and Business Opportunities

• Industry Applications
  • Aerospace Industry, Transportation Industry, Green Energy Industry.
  • Intelligent Factory.
• Application Examples
  • Established the first domestic "Composite Component Verification and Trial Production Laboratory,'" which develops lightweight composite components and leads Taiwanese manufacturers into the international composite component market.
  • In the aerospace industry, the development of carbon fiber engine blade weaving technology is currently in the phase of small-scale production testing.
  • In the defense industry, lightweight personal protective equipment is being developed to provide the national military with high-strength protective gear.