3-0 x 27" PGA/PCL Suture with DSM24 Needle - 12/Box (5700463)

MSRP: $146.99
$86.00
(You save $60.99 )
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SKU:
PST-HSI-5700463
  • A high-performance, absorbable synthetic monofilament suture, specifically designed for use in soft tissue approximation and ligation, providing a smooth, high-strength closure for delicate surgical sites

Uses

  • Plastic & Reconstructive Surgery:
    • Used for sub-epidermal skin closure to minimize scarring and tissue reaction
  • Dermatological Procedures:
    • Frequently utilized for biopsies and small excision closures due to its fine size and smooth monofilament profile
  • General Soft Tissue Ligation:
    • Suitable for internal tissue approximation where the suture will naturally degrade and be absorbed by the body

Features

  • Material:
    • Constructed from Polyglycolic Acid and Polycaprolactone (PGA/PCL), which provides a flexible yet strong monofilament structure
  • Needle Type:
    • Features a DSM24 Precision Reverse Cutting needle (3/8 circle, 24mm length), which is designed to penetrate tough tissue without cutting through the edge of the wound
  • Suture Dimensions:
    • The thread is size 3-0 and measures 27 inches in length
  • Appearance:
    • This suture is undyed (natural beige) and uncoated, reducing the amount of foreign material introduced to the wound site
  • Packaging:
    • Supplied in sterile boxes of 12 sutures

Benefits

  • Minimal Tissue Reaction:
    • As a synthetic monofilament, it causes significantly less inflammatory response compared to natural or braided materials, promoting faster healing
  • Exceptional Handling:
    • The PGA/PCL blend offers better pliability than standard monofilaments, making it easier to handle and secure with reliable knots
  • Smooth Passage:
    • The monofilament construction allows the suture to glide through tissue with almost no "sawing" effect, which reduces post-operative trauma and edema
  • Predictable Absorption:
    • The material degrades through hydrolysis, ensuring a consistent and predictable loss of tensile strength as the wound gains its own integrity