Metacem is a high strength, permanent visible light cured (VLC), dual cured or self-cured resin cement for use with dentin/enamel adhesive prime and bond systems, to adhesively bond and lute indirect restorations to tooth structure.

Metacem is a high strength, permanent visible light cured (VLC), dual cured or self-cured resin cement for use with dentin/enamel adhesive prime and bond systems, to adhesively bond and lute indirect restorations to tooth structure.

Metacem is a high strength, permanent visible light cured (VLC), dual cured or self-cured resin cement for use with dentin/enamel adhesive prime and bond systems, to adhesively bond and lute indirect restorations to tooth structure.

Metacem is a high strength, permanent visible light cured (VLC), dual cured or self-cured resin cement for use with dentin/enamel adhesive prime and bond systems, to adhesively bond and lute indirect restorations to tooth structure.

Metacem is a high strength, permanent visible light cured (VLC), dual cured or self-cured resin cement for use with dentin/enamel adhesive prime and bond systems, to adhesively bond and lute indirect restorations to tooth structure.

Nexcomp Kit 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 Kit will be marketed in incisal, body translucent, and body opaque shades which correspond with the Vita shade guide. Nexcomp Kit is composed of variable shade resin, bonding agent & etching gel.

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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 flow kit is a light-cured composite and variable shade. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Nexcomp flow is a light-cured composite. The material is radiopaque flowable resin.

Hydrophilic polyvinylsiloxane impression material

CeraPutty (Bioceramic Root Repair Material) is a ready-to-use, premixed bioceramic root repair material developed for permanent root canal repair and filling applications.It is made of Calcium silicate composite, zirconium dioxide which is a radiopaque agent, and a thickening agent.CeraPutty sets and hardens by the moisture inside the oral cavity. CeraPutty does not shrink during setting and demonstrates excellent physical properties.CeraPutty does not require additional mixing for procedures, and its white color which allows aesthetic treatment.Ceraputty is packaged in a preloaded syringe.

MD-Temp Plus is used for temporary filling material. It is supplied in a 20, 30 or 40g jar in either white (tooth-like) or pink (gum-like), and individually boxed. It is intended primarily as a temporary filling material for most cavities or damages but may be used by the dentist for other temporary restorations. MD-Temp plus is water-based temporary filling materials used for part of a tooth or multiple teeth. The curing reaction is the hydration reaction of the gypsum, and the semi-gypsum is cured as it is exposed to saliva or water in the oral cavity.

MD-Temp Plus is used for temporary filling material. It is supplied in a 20, 30 or 40g jar in either white (tooth-like) or pink (gum-like), and individually boxed. It is intended primarily as a temporary filling material for most cavities or damages but may be used by the dentist for other temporary restorations. MD-Temp plus is water-based temporary filling materials used for part of a tooth or multiple teeth. The curing reaction is the hydration reaction of the gypsum, and the semi-gypsum is cured as it is exposed to saliva or water in the oral cavity.

Metapex is a paste type root canal filling material. It is consist of Calcium Hydroxide with lodoform.

Gutta Percha Bar Plus is used root canal filling materials.

GuttaSil, a product in the form of a paste which combines gutta-percha with a sealer. The gutta-percha powder is mixed in a matrix of polyvinylsiloxane. It is convenient since sealing and obturation are simultaneously possible without heating and the root canal can be filled in a quick manner. This device contains a syringe, auto-mix& Endo tips, spatula, and mixing pads.

MD-Temp Plus is used for temporary filling material. It is supplied in a 20, 30 or 40g jar in either white (tooth-like) or pink (gum-like), and individually boxed. It is intended primarily as a temporary filling material for most cavities or damages but may be used by the dentist for other temporary restorations. MD-Temp plus is water-based temporary filling materials used for part of a tooth or multiple teeth. The curing reaction is the hydration reaction of the gypsum, and the semi-gypsum is cured as it is exposed to saliva or water in the oral cavity.

MD-Temp Plus is used for temporary filling material. It is supplied in a 20, 30 or 40g jar in either white (tooth-like) or pink (gum-like), and individually boxed. It is intended primarily as a temporary filling material for most cavities or damages but may be used by the dentist for other temporary restorations. MD-Temp plus is water-based temporary filling materials used for part of a tooth or multiple teeth. The curing reaction is the hydration reaction of the gypsum, and the semi-gypsum is cured as it is exposed to saliva or water in the oral cavity.

MD-Temp Plus is used for temporary filling material. It is supplied in a 20, 30 or 40g jar in either white (tooth-like) or pink (gum-like), and individually boxed. It is intended primarily as a temporary filling material for most cavities or damages but may be used by the dentist for other temporary restorations. MD-Temp plus is water-based temporary filling materials used for part of a tooth or multiple teeth. The curing reaction is the hydration reaction of the gypsum, and the semi-gypsum is cured as it is exposed to saliva or water in the oral cavity.