Home / Wound Closure / Mesh / Hernia Repair Mesh / Hernia Repair Mesh Parietex™ 2D Conventional Partially Absorbable Knitted Polyester Monofilament 4 X 6 Inch Rectangle Style SterileTEC1510
Picture of Hernia Repair Mesh Parietex™ 2D Conventional Partially Absorbable Knitted Polyester Monofilament 4 X 6 Inch Rectangle Style SterileTEC1510

Hernia Repair Mesh Parietex™ 2D Conventional Partially Absorbable Knitted Polyester Monofilament 4 X 6 Inch Rectangle Style SterileTEC1510

Hernia-Repair-Mesh-Parietex™-2D-Conventional-Partially-Absorbable-Knitted-Polyester-Monofilament-4-X-6-Inch-Rectangle-Style-SterileTEC1510

SKU #

#1153614

MPN #

TEC1510

Brand

Covidien

Stock

In Stock

Quantity

100

Features

MESH, CONVENTIONAL 6"X4"

$214.74 USD

Attribute Name Attribute Value
McKesson # 1153614
Manufacturer # TEC1510
Brand Parietex™ 2D Conventional
Manufacturer Covidien
Application Hernia Repair Mesh
Dimensions 4 X 6 Inch
Material Knitted Polyester Monofilament
Material Type Partially Absorbable
Sterility Sterile
Style Rectangle Style
UNSPSC Code 42295513

Similar Items

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

  • The 2D weave is a lightweight, macroporous mesh with a design that is rigid, making it ideal for laparoscopic applications due to its handling properties
  • Parietex™ products are created from a macroporous polyester material whose properties invite healthy tissue integration and mesh compliance while reducing encapsulation