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Collagen matrix
for soft tissue repair
Performing Abdominal Wall Repair is a challenge for even the highest experienced surgeons since multiples variables may affect the expected results of the surgery. Therefore the careful selection of the proper matrix and optimal surgical practices are really important to optimize the successfull outcome of the procedure..
CELLIS® is one of the latest generation of biological implant combining drastic selection of tissues, exclusive manufacturing process preserving the natural structure of the dermis, no preservative and a moderate price.
CELLIS® is manufactured with an exclusif process, based on our high experienced tissue acellularization. It has been developed with the aim of preserving the essential qualities of the best porcine dermis.
Purification process: it enables to preserve the natural structure of the dermis. This exclusive process avoids the addition of chemical agents.
Preservative-free: The CELLIS® matrix uses the freeze dry technology which allows long-term preservation in a double sterile packaging without preservatives.
 | Sizes | References | Thicknesses |
5 X 5 cm | C55E | 1,4 mm | |
8 X 8 cm | CS88F | 0,9 mm | |
10 X 10 cm | CS1010F | 0,9 mm | |
8 X 8 cm | CH88E | 1,4 mm | |
10 X 10 cm | CH1010E | 1,4 mm | |
10 X 15 cm | C1015E | 1,4 mm | |
15 X 20 cm | C1520E | 1,4 mm | |
 | Sizes | References | Thicknesses |
18 X 25 cm | C1825E | 1,4 mm | |
20 X 30 cm | C2030E | 1,4 mm | |
30 X 30 cm | C3030E | 1,4 mm | |
30 X 40 cm | C3040E | 1,4 mm | |
 | Sizes | References | Thicknesses |
6 X 18 X 3 cm | CR618EP | 1,4 mm |
Bioprosthetic mesh reinforcement during temporary stoma closure decreases the rate of incisional hernia.
A blinded, case-matched study in 94 patients with rectal cancer. Léon Maggiori, MD,a David Moszkowicz, MD,a Magaly Zappa, MD,b Cécile Mongin, MD,a and Yves Panis, MD, PhD,a Clichy, France.
Anatomic and functional results of ventral biological mesh rectopexy for posterior pelvic floor disorders.
F. Rogier-Mouzelas, F. Drissi, J. Podevin, E. Duchalais, G. Meurette
https://doi.org/10.1016/j.jviscsurg.2022.09.009
Moving from Laparoscopic Synthetic Mesh to Robotic Biological Mesh for Ventral Rectopexy: Results from a Case Serie.
