Synthetic bone substitute Rigenera BCP
for dental sugerygranules

Synthetic bone substitute - Rigenera BCP - Biotec Srl - BTK - for dental sugery / granules
Synthetic bone substitute - Rigenera BCP - Biotec Srl - BTK - for dental sugery / granules
Synthetic bone substitute - Rigenera BCP - Biotec Srl - BTK - for dental sugery / granules - image - 2
Synthetic bone substitute - Rigenera BCP - Biotec Srl - BTK - for dental sugery / granules - image - 3
Synthetic bone substitute - Rigenera BCP - Biotec Srl - BTK - for dental sugery / granules - image - 4
Synthetic bone substitute - Rigenera BCP - Biotec Srl - BTK - for dental sugery / granules - image - 5
Synthetic bone substitute - Rigenera BCP - Biotec Srl - BTK - for dental sugery / granules - image - 6
Add to favorites
Compare this product
 

Characteristics

Type of graft
synthetic
Use
for dental sugery
Shape
granules

Description

RIGENERA is an innovative, safe, and reliable bone substitute. It is totally synthetic and characterized by controlled resorption properties and extraordinary manipulation features. The bone substitutes are used in many dentistry fields to solve complex clinical situations like: • GBR techniques, sinus lift and socket preservation • GTR techniques, under bone pockets • endodontic surgery • oral surgery Rigenera is a synthetic, porous biomaterial designed for the treatment of bone defects and suitable for any clinical situation. The PERFECT MIX The PERFECT MIX of hydroxyapatite (HA) and β -Tricalcium phosphate ( -TCP), guarantees a perfect balance between resorption and graft stability. BTK RIGENERA is composed by 30% of low absorbed hydroxyapatite (HA) and 70% of rapid absorbed β -Tricalcium phosphate ( -TCP). The exclusive production process based on the synthesis guarantees a totally uniform distribution of both mineral phases. The composition of RIGENERA encourages the fast creation of newly formed vital bone by ensuring a long-term volume stability. PROPERTIES After being placed into the to-be-regenerated area, RIGENERA is subjected to a quick dissolution thanks to its -TCP component, and it releases Ca2+ and PO43 ions. These work as molecular signal that leads to the precipitation of hydroxyapatite on the grafting surface, which produces an interphase (of few micron thick) where there are collagen, osteoblast, and fibrous bone tissue. They appear first as amorphous substance and then they develop themselves by becoming structured; the graft dissolution follows from the inside by reaching the substitution with new bone as result.

Catalogs

No catalogs are available for this product.

See all of Biotec Srl - BTK‘s catalogs

Exhibitions

Meet this supplier at the following exhibition(s):

IDS 2025
IDS 2025

25-29 Mar 2025 Cologne (Germany) Hall 4.1 - Stand D088 E089

  • More information
    *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.