Abdominal Hernia Prosthesis

Nonabsorbableinput:
output:Undyed polypropylene filaments are utilized to fabricate the surgical and sterile meshes. The knitted filaments possess a hydrophobic and smooth surface, rendering them biologically inert. Good elasticity and flexibility are guaranteed by high elasticity in both directions. This construction allows the mesh to be cut to any shape or size without unraveling.input:
output:The meshes are suitable for a variety of applications due to their tensile strength and tear resistance, which are consistent with the body's natural properties. The macroporous, highly flexible, and lightweight mesh implant is a result of the unique structure, increased pore size, and particularly fine monofilaments. Its increased porosity enables the body's cells to grow more rapidly, thereby stabilizing the tissues.input:
output:The mesh can be affixed to the site of the wound. For this purpose, it is recommended that non-absorbable suture material be employed at a minimum of 6.5 mm from the mesh-edge. Chiralen meshes are available in a variety of sizes, each of which boasts exceptional flexibility and strength. Chiralen meshes are available in two weights: the light version, which weighs approximately 55 g/㎡, and the standard version, which weighs approximately 125 g/㎡. Chiralen meshes are recommended for the surgical treatment of fascial defects, particularly hernias, that necessitate the long-term bridging of damaged structures.input:
output:Mass: 125 grams per cubic centimeterinput:
output:Filament thickness:0.420 millimetersPore density:48 pores per cubic centimeterChiralen mesh light

Weight:



55 g/100 mLinput:
output:Filament thickness:0.320 millimetersPore density:48 pores per cubic centimeterGross pore size:218 μm (net: 180 μm)input:
output:Reduces the incidence of foreign body reactions.Security combined with great comfort for the patient



Scar tissue formation optimized