SHELTER 0.8-1mm

Ubgen S.r.l.

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SHELTER® membranes, with a thickness of 0.8-1 mm, are designed to offer superior strength and long-term protection. These biocompatible and sterile membranes provide exceptional tensile strength, offering a prolonged barrier effect.

In the field of bone surgery in dentistry, innovation continues to drive the development of increasingly effective and safe solutions. SHELTER® 0.8 mm and 1 mm membranes represent the latest innovations in bone regeneration devices, born of the need to offer greater strength and a prolonged barrier effect.

The new SHELTER® membranes, made in Italy, combine safety and convenience. Thanks to a rigorous decellularization and gamma ray sterilization process, these membranes are free of exogenous or cytotoxic elements and stable for five years, making them reliable for every procedure. The two different thicknesses offer exceptional tensile strength and facilitate suturing and fixation, being ideal for applications requiring prolonged durability of the grafted biomaterial. In addition, SHELTER® membranes support angiogenesis and possess chemotactic capacity, optimizing bone regeneration and tissue recovery.

Particularly notable is their sturdiness similar to that of thick, flexible cardboard, making them easy to handle, suture, and secure, providing durable and safe support for bone regeneration.

The new 0.8-mm and 1-mm SHELTER® membranes are more than just medical devices; they are essential tools that enhance bone regeneration procedures, offering safety and reliability to bone regeneration professionals.

Product Information

ManufacturerUbgen S.r.l.
TypeMembranas de regeneración ósea
OriginMade in Italy
OrigineRealizzate in Italia
Thickness0.8-1 mm
Thickness0.8-1 mm
ResistenzaResistenza eccezionale alla trazione
Shelf life5 years
ApplicationBone regeneration procedures in dental surgery
PropertiesFavorecen la angiogénesis, capacidad quimiotáctica
Key featuresExceptional tensile strength, supports angiogenesis, chemotactic capacity, easy to handle and suture
SterilizationGamma ray sterilization
Material compositionBiocompatible membrane