Abdominal hernia prosthesis Capromesh

abdominal hernia prosthesis
abdominal hernia prosthesis
Add to favorites
Compare this product
 

Characteristics

Hernia type
abdominal

Description

Partially absorbable The sterile, partially absorbable, composite mesh is made from two omponents: one absorbable and one non-absorbable. Capromesh is composed of an absorbable segmented copolymer of glycolide and ε−caprolactone and non-absorbable polypropylene monofilament fibres. The monofilament structure of the mesh decreases the risk of infection and inflammation. After absorption of the absorbable part, only the polypropylene mesh remains in the body. The structure and size of the residual mesh are optimally designed for the physiological stress to which the abdominal wall is subject. Capromesh is indicated in the operative treatment of fascial defects, in particular hernias, and weakened abdominal wall, the healing of which requires long-term bridging or strengthening of the damaged structures. Fibre thickness: Approx. 500 μm Pore size: 2 – 4 mm Weight: Initial: approx. 85 g/㎡. PP – contents approx. 28 g/㎡ Stiffness: Initial: approx. 20 mg. After absorption: approx. 1 mg Burst strength of the mesh: Initial: approx. 300 N. After absorption: approx. 175 N Absorption time: PGA/PCL part: approx. 90 – 120 days Advantages for the surgeon: Low inflammation risk due to monofilament structure Mesh can be cut into any shape and remains stable Optimal and safe handling during surgery Suitable for all operation techniques Made from proven materials: Monolac monofilament (PGA/PCL) and Chiralen (PP) Good balance between price and quality Advantages for the patient: Lower risk of infection Minimal foreign body component after partial absorption Optimal elongation in both directions
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.