Cartilage & Septum

Our allogenous donated tissue Cartilages are derived from meticulously selected human costal cartilage or nasal septum sources. Through a rigorous processing procedure, these cartilages are transformed into high-quality slices that are soaked in alcohol and radiated. To ensure ease of use and optimal formability, our product is thoughtfully packaged in three-layered packages.
Extensive research and a wealth of references consistently highlight the impressive durability of our allogenous radiated cartilage products. In fact, studies indicate that these products exhibit a remarkable durability rate of approximately 80%, surpassing even the durability of autografts. This outstanding durability is a testament to the meticulous processing methods employed during production.
This product offer a comprehensive solution for a wide range of surgical applications. Whether used in reconstructive procedures or as a support structure for grafting, our cartilages provide excellent structural integrity and longevity. Surgeons and medical professionals can rely on the high-quality and reliable performance of our cartilage products.

 

Description

Benefits

Costal cartilage allografts can be used in various surgical procedures. They are often employed in reconstructive surgeries and plastic surgeries, particularly for the correction or augmentation of facial features such as the nose (rhinoplasty) or the ear (auricular reconstruction). The allografts provide a source of cartilage that can be shaped and used to restore or enhance the desired anatomical structure.

Product Code

Product Name

Therapeutic Area

5050005

in Alcohol Costal Cartilage Slice W>12 L:30-45 mm

Orthopedic

5050006

in Alcohol Costal Cartilage Slice W>12 L:45-60 mm

Orthopedic

5050007

in Alcohol Costal Cartilage Block S:35-60 mm Right

Orthopedic

5050008

in Alcohol Costal Cartilage Block S:35-60 mm Left

Orthopedic

5050011

in Alcohol Articular Cartilage S=<15×25 mm

Orthopedic

5050012

in Alcohol Articular Cartilage S>15×25 mm

Orthopedic