Heat-curing, methyl methacrylate resin for fabricating partial and full dentures
Heat-curing, methyl methacrylate resin for fabricating partial and full dentures using flasks and clamps or injection moulding systems
Heat-curing, methyl methacrylate resin for fabricating partial and full dentures
Heat-curing, methyl methacrylate resin for fabricating partial and full dentures using flasks and clamps or injection moulding systems
Cold-curing, methyl methacrylate resinfor adding the saddles to cobalt chrome de
Cold-curing, methyl methacrylate resinfor adding the saddles to cobalt chrome denture bases, repairs, additions and relines
Cold-curing, methyl methacrylate resinfor adding the saddles to cobalt chrome de
Cold-curing, methyl methacrylate resinfor adding the saddles to cobalt chrome denture bases, repairs, additions and relines
Cold-curing, methyl methacrylate resinfor adding the saddles to cobalt chrome de
Cold-curing, methyl methacrylate resinfor adding the saddles to cobalt chrome denture bases, repairs, additions and relines
Cold-curing, methyl methacrylate resinfor adding the saddles to cobalt chrome de
Cold-curing, methyl methacrylate resinfor adding the saddles to cobalt chrome denture bases, repairs, additions and relines
Paste opaque with integrated metal-resin bonding system, for framework retention
Paste opaque with integrated metal-resin bonding system, for framework retention (no additional bonder necessary)
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Dental glass ceramic material, colored to match the VITAPAN® color system. It is
Dental glass ceramic material, colored to match the VITAPAN® color system. It is used for the ceramic coating of titanium and titanium alloys as well as zirconium dioxide-based frame materials.
Shape 98 mm, roundWith Tizian Titanium Grade 2 you have a pure metal with purity
Shape 98 mm, roundWith Tizian Titanium Grade 2 you have a pure metal with purity grade 2 for crown and bridge techniques in the anterior and side area.
NanoPaq is a light-curing nano-composite for the adhesive filling technique. It
NanoPaq is a light-curing nano-composite for the adhesive filling technique. It contains an ultrafine, radiopaque glass filler.
EMA,EBC,EBF
Cement, Dental,Sealant, Pit And Fissure, And Conditioner,Material, Tooth Shade, Resin
NanoPaq is a light-curing nano-composite for the adhesive filling technique. It
NanoPaq is a light-curing nano-composite for the adhesive filling technique. It contains an ultrafine, radiopaque glass filler.
EMA,EBC,EBF
Cement, Dental,Sealant, Pit And Fissure, And Conditioner,Material, Tooth Shade, Resin
NanoPaq is a light-curing nano-composite for the adhesive filling technique. It
NanoPaq is a light-curing nano-composite for the adhesive filling technique. It contains an ultrafine, radiopaque glass filler.
EMA,EBC,EBF
Cement, Dental,Sealant, Pit And Fissure, And Conditioner,Material, Tooth Shade, Resin
NanoPaq is a light-curing nano-composite for the adhesive filling technique. It
NanoPaq is a light-curing nano-composite for the adhesive filling technique. It contains an ultrafine, radiopaque glass filler.
EMA,EBC,EBF
Cement, Dental,Sealant, Pit And Fissure, And Conditioner,Material, Tooth Shade, Resin
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. (A2-A2-A3-A3-A3.5)
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. (A1-A1-A2-A2-A3)
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.