BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphat
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphate bone grafting material for dental and craniofacial usage. It is comprised of 60% silicon substituted hydroxyapatite and 40% [3-tricalcium phosphate.
LYC,NPM
Bone Grafting Material, Synthetic,Bone Grafting Material, Animal Source
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphat
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphate bone grafting material for dental and craniofacial usage. It is comprised of 60% silicon substituted hydroxyapatite and 40% [3-tricalcium phosphate.
LYC,NPM
Bone Grafting Material, Synthetic,Bone Grafting Material, Animal Source
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphat
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphate bone grafting material for dental and craniofacial usage. It is comprised of 60% silicon substituted hydroxyapatite and 40% [3-tricalcium phosphate.
LYC,NPM
Bone Grafting Material, Synthetic,Bone Grafting Material, Animal Source
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphat
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphate bone grafting material for dental and craniofacial usage. It is comprised of 60% silicon substituted hydroxyapatite and 40% [3-tricalcium phosphate.
LYC,NPM
Bone Grafting Material, Synthetic,Bone Grafting Material, Animal Source
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphat
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphate bone grafting material for dental and craniofacial usage. It is comprised of 60% silicon substituted hydroxyapatite and 40% [3-tricalcium phosphate.
LYC,NPM
Bone Grafting Material, Synthetic,Bone Grafting Material, Animal Source
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphat
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphate bone grafting material for dental and craniofacial usage. It is comprised of 60% silicon substituted hydroxyapatite and 40% [3-tricalcium phosphate.
LYC,NPM
Bone Grafting Material, Synthetic,Bone Grafting Material, Animal Source
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphat
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphate bone grafting material for dental and craniofacial usage. It is comprised of 60% silicon substituted hydroxyapatite and 40% [3-tricalcium phosphate.
LYC,NPM
Bone Grafting Material, Synthetic,Bone Grafting Material, Animal Source
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphat
BoneMedik-DM is a coralline hydroxyapatite and a more active tricalcium phosphate bone grafting material for dental and craniofacial usage. It is comprised of 60% silicon substituted hydroxyapatite and 40% [3-tricalcium phosphate.
LYC,NPM
Bone Grafting Material, Synthetic,Bone Grafting Material, Animal Source
BoneMedik is coralline hydroxyapatite bone void fillers. BoneMedik is osteocondu
BoneMedik is coralline hydroxyapatite bone void fillers. BoneMedik is osteoconductive porous implant materials similar in structure to human cancellous bone. The material is trabecular hydroxyapatite.
BoneMedik is coralline hydroxyapatite bone void fillers. BoneMedik is osteocondu
BoneMedik is coralline hydroxyapatite bone void fillers. BoneMedik is osteoconductive porous implant materials similar in structure to human cancellous bone. The material is trabecular hydroxyapatite.
BoneMedik is coralline hydroxyapatite bone void fillers. BoneMedik is osteocondu
BoneMedik is coralline hydroxyapatite bone void fillers. BoneMedik is osteoconductive porous implant materials similar in structure to human cancellous bone. The material is trabecular hydroxyapatite.
CeraSeal is used for root canal filling after the removal of infected pulp tissu
CeraSeal is used for root canal filling after the removal of infected pulp tissue in the root canal. CeraSeal is in the form of a flowable paste and can be immediately applied inside the root canal using a disposable tip. material, and a thickening agent. This product characteristically cures slowly by absorbing the ambient water inside the root canal. It is white and aesthetic.
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material is radiopaque and indicated for all types of cavity preparations. The hybrid blend has an ultra fine filler and 40 nm silica particles. Nexcomp will be marketed in incisal, body translucent, and body opaque shades which correspond with the Vita shade guide.
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material is radiopaque and indicated for all types of cavity preparations. The hybrid blend has an ultra fine filler and 40 nm silica particles. Nexcomp will be marketed in incisal, body translucent, and body opaque shades which correspond with the Vita shade guide.
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material is radiopaque and indicated for all types of cavity preparations. The hybrid blend has an ultra fine filler and 40 nm silica particles. Nexcomp will be marketed in incisal, body translucent, and body opaque shades which correspond with the Vita shade guide.
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material is radiopaque and indicated for all types of cavity preparations. The hybrid blend has an ultra fine filler and 40 nm silica particles. Nexcomp will be marketed in incisal, body translucent, and body opaque shades which correspond with the Vita shade guide.
Dental composite resin is a device intended to restore carious lesions or struct
Dental composite resin is a device intended to restore carious lesions or structural defects in teeth.Ezfil is indicated for Class 1, 2, 3, 4, 5 restorations, Core-buildup to replace missing tooth structure, Diastema closures, Direct veneers, Composite and porcelain repairs.The color is 18 colors with A1, A2, A3, A3.5, A4, B1, B2, B3, B4, C1, C2, C3, C4, D2, D3, D4, OP and TL.
Dental composite resin is a device intended to restore carious lesions or struct
Dental composite resin is a device intended to restore carious lesions or structural defects in teeth.Ezfil is indicated for Class 1, 2, 3, 4, 5 restorations, Core-buildup to replace missing tooth structure, Diastema closures, Direct veneers, Composite and porcelain repairs.The color is 18 colors with A1, A2, A3, A3.5, A4, B1, B2, B3, B4, C1, C2, C3, C4, D2, D3, D4, OP and TL.
CeraSeal is used for root canal filling after the removal of infected pulp tissu
CeraSeal is used for root canal filling after the removal of infected pulp tissue in the root canal. CeraSeal is in the form of a flowable paste and can be immediately applied inside the root canal using a disposable tip. material, and a thickening agent. This product characteristically cures slowly by absorbing the ambient water inside the root canal. It is white and aesthetic.
Nonmetal instrument access the root cannel to fixate and support the prosthetics
Nonmetal instrument access the root cannel to fixate and support the prosthetics on the tooth after the root cannel treatment.
Nexcomp flow kit is a light-cured composite and variable shade. The material is
Nexcomp flow kit is a light-cured composite and variable shade. The material is radiopaque flowable resin.
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material is radiopaque and indicated for all types of cavity preparations. The hybrid blend has an ultra fine filler and 40 nm silica particles. Nexcomp will be marketed in incisal, body translucent, and body opaque shades which correspond with the Vita shade guide.
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material is radiopaque and indicated for all types of cavity preparations. The hybrid blend has an ultra fine filler and 40 nm silica particles. Nexcomp will be marketed in incisal, body translucent, and body opaque shades which correspond with the Vita shade guide.
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material is radiopaque and indicated for all types of cavity preparations. The hybrid blend has an ultra fine filler and 40 nm silica particles. Nexcomp will be marketed in incisal, body translucent, and body opaque shades which correspond with the Vita shade guide.
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material
Nexcomp is a highly filled (75 wt.%), light-cured hybrid composite. The material is radiopaque and indicated for all types of cavity preparations. The hybrid blend has an ultra fine filler and 40 nm silica particles. Nexcomp will be marketed in incisal, body translucent, and body opaque shades which correspond with the Vita shade guide.
MD-Temp is a temporary resin for formation of temporary fillings, and other temp
MD-Temp is a temporary resin for formation of temporary fillings, and other temporary prosthesis, such as a crown or bridge, for use until a permanent restoration is fabricated. It is a hydraulic temporary restorative.
The product is suitable for root canal therapy for root canal cleaning and shapi
The product is suitable for root canal therapy for root canal cleaning and shaping. Can be reused.
The product is suitable for root canal therapy for root canal cleaning and shapi
The product is suitable for root canal therapy for root canal cleaning and shaping. Can be reused.
The product is suitable for root canal therapy for root canal cleaning and shapi
The product is suitable for root canal therapy for root canal cleaning and shaping. Can be reused.
The product is suitable for root canal therapy for root canal cleaning and shapi
The product is suitable for root canal therapy for root canal cleaning and shaping. Can be reused.
The product is suitable for root canal therapy for root canal cleaning and shapi
The product is suitable for root canal therapy for root canal cleaning and shaping. Can be reused.
The product is suitable for root canal therapy for root canal cleaning and shapi
The product is suitable for root canal therapy for root canal cleaning and shaping. Can be reused.
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porou
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porous bioceramic for bone regeneration. It is comprised of 90% ± 5% hydroxyapatite (HA) and 10% ± 5% Beta-Tricalcium Phosphate. The granules are provided sterile (gamma irradiated) in a capped vial packaged in a lid sealed tray. InRoad® Dental SBG granules are designed to resemble trabecular bone structure. The granule structure consists of interconnected primary open pores, secondary channel-like structure, and tertiary small holes on the surface in a biocompatible and osteoconductive biomaterial. The multi-porous structure of InRoad® Dental SBG makes it possible for the bone cells to migrate into the matrices and for new bone to grow. InRoad® Dental SBG is available in granule form in sizes of 0.3 – 1.0 mm (Small) and 0.8 – 1.8 mm (Large).
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porou
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porous bioceramic for bone regeneration. It is comprised of 90% ± 5% hydroxyapatite (HA) and 10% ± 5% Beta-Tricalcium Phosphate. The granules are provided sterile (gamma irradiated) in a capped vial packaged in a lid sealed tray. InRoad® Dental SBG granules are designed to resemble trabecular bone structure. The granule structure consists of interconnected primary open pores, secondary channel-like structure, and tertiary small holes on the surface in a biocompatible and osteoconductive biomaterial. The multi-porous structure of InRoad® Dental SBG makes it possible for the bone cells to migrate into the matrices and for new bone to grow. InRoad® Dental SBG is available in granule form in sizes of 0.3 – 1.0 mm (Small) and 0.8 – 1.8 mm (Large).
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porou
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porous bioceramic for bone regeneration. It is comprised of 90% ± 5% hydroxyapatite (HA) and 10% ± 5% Beta-Tricalcium Phosphate. The granules are provided sterile (gamma irradiated) in a capped vial packaged in a lid sealed tray. InRoad® Dental SBG granules are designed to resemble trabecular bone structure. The granule structure consists of interconnected primary open pores, secondary channel-like structure, and tertiary small holes on the surface in a biocompatible and osteoconductive biomaterial. The multi-porous structure of InRoad® Dental SBG makes it possible for the bone cells to migrate into the matrices and for new bone to grow. InRoad® Dental SBG is available in granule form in sizes of 0.3 – 1.0 mm (Small) and 0.8 – 1.8 mm (Large).
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porou
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porous bioceramic for bone regeneration. It is comprised of 90% ± 5% hydroxyapatite (HA) and 10% ± 5% Beta-Tricalcium Phosphate. The granules are provided sterile (gamma irradiated) in a capped vial packaged in a lid sealed tray. InRoad® Dental SBG granules are designed to resemble trabecular bone structure. The granule structure consists of interconnected primary open pores, secondary channel-like structure, and tertiary small holes on the surface in a biocompatible and osteoconductive biomaterial. The multi-porous structure of InRoad® Dental SBG makes it possible for the bone cells to migrate into the matrices and for new bone to grow. InRoad® Dental SBG is available in granule form in sizes of 0.3 – 1.0 mm (Small) and 0.8 – 1.8 mm (Large).
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porou
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porous bioceramic for bone regeneration. It is comprised of 90% ± 5% hydroxyapatite (HA) and 10% ± 5% Beta-Tricalcium Phosphate. The granules are provided sterile (gamma irradiated) in a capped vial packaged in a lid sealed tray. InRoad® Dental SBG granules are designed to resemble trabecular bone structure. The granule structure consists of interconnected primary open pores, secondary channel-like structure, and tertiary small holes on the surface in a biocompatible and osteoconductive biomaterial. The multi-porous structure of InRoad® Dental SBG makes it possible for the bone cells to migrate into the matrices and for new bone to grow. InRoad® Dental SBG is available in granule form in sizes of 0.3 – 1.0 mm (Small) and 0.8 – 1.8 mm (Large).
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porou
InRoad® Dental Synthetic Bone Graft (SBG) is a synthetic, semi-dense multi-porous bioceramic for bone regeneration. It is comprised of 90% ± 5% hydroxyapatite (HA) and 10% ± 5% Beta-Tricalcium Phosphate. The granules are provided sterile (gamma irradiated) in a capped vial packaged in a lid sealed tray. InRoad® Dental SBG granules are designed to resemble trabecular bone structure. The granule structure consists of interconnected primary open pores, secondary channel-like structure, and tertiary small holes on the surface in a biocompatible and osteoconductive biomaterial. The multi-porous structure of InRoad® Dental SBG makes it possible for the bone cells to migrate into the matrices and for new bone to grow. InRoad® Dental SBG is available in granule form in sizes of 0.3 – 1.0 mm (Small) and 0.8 – 1.8 mm (Large).