We engineer and manufacture customized
biomedical textiles, specializing in braided and
nonwoven components for medical devices.

Medical Braid Patterns

1x1 Braided Medical Wire Pattern

1x1 Braided Pattern

2x1 Braided Medical Wire Pattern

2x1 Braided Pattern

2x2 Braided Medical Wire Pattern

2x2 "Diamond Pattern"

When choosing a braid pattern for your project it is important to consider the pros and cons of each. Braided tubes may be designed to bend without kinking. Minimum elongated diameter and maximum compressed diameter are often key design considerations for most medical devices.

1x1 Braid Pattern


  • Able to resist distortion to wire spacing more than other configurations
  • Stiffer sidewall than other configurations


  • More difficult to pack down into small diameter delivery sheathes than other configurations
  • Higher Production Costs
  • More likely to kink when bent around a tight radii
  • Lower tensile strength

2x1 Braid Pattern


  • Typical pattern when the number of ends matches the number of braider carriers
  • Able to achieve higher pick counts and smaller pore sizes than 1x1
  • Less likely to kink when bent around tight radii
  • Lower production costs than 1x1
  • Higher tensile strength


  • Distortion to wire spacing is more common at lower pick counts

2x2 Braid Pattern

Sometimes referred to as the "Diamond Pattern"


  • Most flexible construction in bending stiffness
  • Lower production costs than 1x1
  • Common pattern for catheter sheaths


  • When using metallic wires or monofilament polymers, the two wires within each pick will align together
  • Largest pore sizes for similar pick densities in using other braid patterns


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