Scott's Select Flowable Composite is a 41% filled (by volume) composite based on
Scott's Select Flowable Composite is a 41% filled (by volume) composite based on a resin system of BIS-GMA and triethylene glycol dimetacrylate. The filler has particle sizes ranging from sub-micron to 8 microns. Contains 2% Sodium Fluoride (by weight). There is about 1wt% catalysts, inhibitors and pigments.Shade/Color: B1. Instructions for use and SDS available at: https://www.scottsdental.com/flowable-composite-scott-s-select.html
Scott's Select Flowable Composite is a 41% filled (by volume) composite based on
Scott's Select Flowable Composite is a 41% filled (by volume) composite based on a resin system of BIS-GMA and triethylene glycol dimetacrylate. The filler has particle sizes ranging from sub-micron to 8 microns. Contains 2% Sodium Fluoride (by weight). There is about 1wt% catalysts, inhibitors and pigments.Shade/Color: OPAQUEInstructions for use and SDS available at: https://www.scottsdental.com/flowable-composite-scott-s-select.html
Scott's Select Flowable Composite is a 41% filled (by volume) composite based on
Scott's Select Flowable Composite is a 41% filled (by volume) composite based on a resin system of BIS-GMA and triethylene glycol dimetacrylate. The filler has particle sizes ranging from sub-micron to 8 microns. Contains 2% Sodium Fluoride (by weight). There is about 1wt% catalysts, inhibitors and pigments.Shade/Color: A2. Instructions for use and SDS available at: https://www.scottsdental.com/flowable-composite-scott-s-select.html
Nanohybrid Composite contains a new ytterbium fluoride mono-dispersed nano-sized
Nanohybrid Composite contains a new ytterbium fluoride mono-dispersed nano-sized particle which combined with regular silica and barium glass composes a state of the art nano-filler system. Nanohybrid Composite is a high viscosity composite that will resist sticking to instruments, yet will have sufficient flow to adapt to the walls of the cavity preparation. Nanohybrid Composite is radio-opaque and provides high compressive and flexural strengths along with a low water uptake. Nanohybrid Composite meets the ISO 4049 standard (Type 1, Class 2). Delivery method is .3 Gm unit dose compules. Color/Shade: C2. SDS and Instructions for use available at: https://www.scottsdental.com/nanohybrid-composite-compules-scott-s-select.html
Microhybrid composite restorative material. Light-Cure Dental Composite for the
Microhybrid composite restorative material. Light-Cure Dental Composite for the aesthetic restoration of anterior and posterior teeth. Radiopaque resin based dental restorative material. Shade/color: C3. SDS and Instructions for use available at: https://www.scottsdental.com/catalog/product/view/id/23294/s/microhybrid-composite-compules-scott-s- select/
Nanohybrid Composite contains a new ytterbium fluoride mono-dispersed nano-sized
Nanohybrid Composite contains a new ytterbium fluoride mono-dispersed nano-sized particle which combined with regular silica and barium glass composes a state of the art nano-filler system. Nanohybrid Composite is a high viscosity composite that will resist sticking to instruments, yet will have sufficient flow to adapt to the walls of the cavity preparation. Nanohybrid Composite is radio-opaque and provides high compressive and flexural strengths along with a low water uptake. Nanohybrid Composite meets the ISO 4049 standard (Type 1, Class 2). Color/Shade: D4. SDS and Instructions for use available at: https://www.scottsdental.com/nanohybrid-composite-syringe-scott-s-select.html
Nanohybrid Composite contains a new ytterbium fluoride mono-dispersed nano-sized
Nanohybrid Composite contains a new ytterbium fluoride mono-dispersed nano-sized particle which combined with regular silica and barium glass composes a state of the art nano-filler system. Nanohybrid Composite is a high viscosity composite that will resist sticking to instruments, yet will have sufficient flow to adapt to the walls of the cavity preparation. Nanohybrid Composite is radio-opaque and provides high compressive and flexural strengths along with a low water uptake. Nanohybrid Composite meets the ISO 4049 standard (Type 1, Class 2). Color/Shade: B3 SDS and Instructions for use available at: https://www.scottsdental.com/nanohybrid-composite-syringe-scott-s-select.html
Scott’s Select Microhybrid Composite is indicated for direct aesthetic restorati
Scott’s Select Microhybrid Composite is indicated for direct aesthetic restoration of anterior and posterior teeth and can be used in limited occlusal function. Microhybrid Composite is a light activated, resin based dental restorative material. Microhybrid Composite consists of approximately 75wt% (54vol%) silanated 0.7 micron Barium glass and 0.01 micron silica, approximately 25wt$ Bis-GMA based dimethacrylate system, and approximately 1wt% catalysts, inhibitors and pigments. Shade/color: D2. Instructions for use and SDS available at https://www.scottsdental.com/microhybrid-composite-syringe-scott-s-select.html.
Scott’s Select Microhybrid Composite is indicated for direct aesthetic restorati
Scott’s Select Microhybrid Composite is indicated for direct aesthetic restoration of anterior and posterior teeth and can be used in limited occlusal function. Microhybrid Composite is a light activated, resin based dental restorative material. Microhybrid Composite consists of approximately 75wt% (54vol%) silanated 0.7 micron Barium glass and 0.01 micron silica, approximately 25wt$ Bis-GMA based dimethacrylate system, and approximately 1wt% catalysts, inhibitors and pigments. Shade/color: B4. Instructions for use and SDS available at https://www.scottsdental.com/microhybrid-composite-syringe-scott-s-select.html.
Scott’s Select Microhybrid Composite is indicated for direct aesthetic restorati
Scott’s Select Microhybrid Composite is indicated for direct aesthetic restoration of anterior and posterior teeth and can be used in limited occlusal function. Microhybrid Composite is a light activated, resin based dental restorative material. Microhybrid Composite consists of approximately 75wt% (54vol%) silanated 0.7 micron Barium glass and 0.01 micron silica, approximately 25wt$ Bis-GMA based dimethacrylate system, and approximately 1wt% catalysts, inhibitors and pigments. Shade/color: A4. Instructions for use and SDS available at https://www.scottsdental.com/microhybrid-composite-syringe-scott-s-select.html.
Scott’s Select Microhybrid Composite is indicated for direct aesthetic restorati
Scott’s Select Microhybrid Composite is indicated for direct aesthetic restoration of anterior and posterior teeth and can be used in limited occlusal function. Microhybrid Composite is a light activated, resin based dental restorative material. Microhybrid Composite consists of approximately 75wt% (54vol%) silanated 0.7 micron Barium glass and 0.01 micron silica, approximately 25wt$ Bis-GMA based dimethacrylate system, and approximately 1wt% catalysts, inhibitors and pigments. Shade/color: B3. Instructions for use and SDS available at https://www.scottsdental.com/microhybrid-composite-syringe-scott-s-select.html.
Scott’s Select Microhybrid Composite is indicated for direct aesthetic restorati
Scott’s Select Microhybrid Composite is indicated for direct aesthetic restoration of anterior and posterior teeth and can be used in limited occlusal function. Microhybrid Composite is a light activated, resin based dental restorative material. Microhybrid Composite consists of approximately 75wt% (54vol%) silanated 0.7 micron Barium glass and 0.01 micron silica, approximately 25wt$ Bis-GMA based dimethacrylate system, and approximately 1wt% catalysts, inhibitors and pigments. Shade/color: B2. Instructions for use and SDS available at https://www.scottsdental.com/microhybrid-composite-syringe-scott-s-select.html.
RUBBER DAM CLAMP (1/pack) Material: Spring tempered stainless steel, Size: 26; F
RUBBER DAM CLAMP (1/pack) Material: Spring tempered stainless steel, Size: 26; For more information: https://www.scottsdental.com/rubber-dam-clamps-scott-s-select.html
RUBBER DAM CLAMP (1/pack) Material: Spring tempered stainless steel, Size: 204;
RUBBER DAM CLAMP (1/pack) Material: Spring tempered stainless steel, Size: 204; For more information: https://www.scottsdental.com/rubber-dam-clamps-scott-s-select.html
RUBBER DAM CLAMP (1/pack) Material: Spring tempered stainless steel, Size: 1T, T
RUBBER DAM CLAMP (1/pack) Material: Spring tempered stainless steel, Size: 1T, Type: Serrated; For more information: https://www.scottsdental.com/rubber-dam-clamps-scott-s-select.html
RUBBER DAM CLAMP (1/pack) Material: Spring tempered stainless steel, Size: 1AT,
RUBBER DAM CLAMP (1/pack) Material: Spring tempered stainless steel, Size: 1AT, Type: Serrated; For more information: https://www.scottsdental.com/rubber-dam-clamps-scott-s-select.html
RUBBER DAM CLAMP (1/pack) Material: Spring tempered stainless steel, Size: 14T,
RUBBER DAM CLAMP (1/pack) Material: Spring tempered stainless steel, Size: 14T, Type: Serrated; For more information: https://www.scottsdental.com/rubber-dam-clamps-scott-s-select.html
ZGO Tapered Pilot Drills are used to create the initial hole in bone to prepare
ZGO Tapered Pilot Drills are used to create the initial hole in bone to prepare an osteotomy for zygomatic implant placement and monitor the drilling depth.
ZGO Tapered Pilot Drills are used to create the initial hole in bone to prepare
ZGO Tapered Pilot Drills are used to create the initial hole in bone to prepare an osteotomy for zygomatic implant placement and monitor the drilling depth.
ZGO Tapered Pilot Drills are used to create the initial hole in bone to prepare
ZGO Tapered Pilot Drills are used to create the initial hole in bone to prepare an osteotomy for zygomatic implant placement and monitor the drilling depth.
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placeme
ZGO Densah Burs are indicated for use to prepare osteotomies for implant placement in maxilla (including the zygoma and ptergoid implants).
Tapered Pilot Drill is used to create the initial hold in bone to prepare an ost
Tapered Pilot Drill is used to create the initial hold in bone to prepare an osteotomy for dental implant placement and monitor the drilling depth.
Densah Burs are indicated for use to prepare osteotomies for dental implant plac
Densah Burs are indicated for use to prepare osteotomies for dental implant placement in the mandible and maxilla.
Densah Burs are indicated for use to prepare osteotomies for dental implant plac
Densah Burs are indicated for use to prepare osteotomies for dental implant placement in the mandible and maxilla.
Densah Burs are indicated for use to prepare osteotomies for dental implant plac
Densah Burs are indicated for use to prepare osteotomies for dental implant placement in the mandible and maxilla.
Densah Burs are indicated for use to prepare osteotomies for dental implant plac
Densah Burs are indicated for use to prepare osteotomies for dental implant placement in the mandible and maxilla.
Densah Burs are indicated for use to prepare osteotomies for dental implant plac
Densah Burs are indicated for use to prepare osteotomies for dental implant placement in the mandible and maxilla.
Densah Burs are indicated for use to prepare osteotomies for dental implant plac
Densah Burs are indicated for use to prepare osteotomies for dental implant placement in the mandible and maxilla.
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-St
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-Stop Keys can be used with printed guides to control the angulation of the hole
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-St
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-Stop Keys can be used with printed guides to control the angulation of the hole
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-St
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-Stop Keys can be used with printed guides to control the angulation of the hole
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-St
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-Stop Keys can be used with printed guides to control the angulation of the hole
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-St
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-Stop Keys can be used with printed guides to control the angulation of the hole
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-St
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-Stop Keys can be used with printed guides to control the angulation of the hole
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-St
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-Stop Keys can be used with printed guides to control the angulation of the hole
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-St
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-Stop Keys can be used with printed guides to control the angulation of the hole
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-St
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-Stop Keys can be used with printed guides to control the angulation of the hole
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-St
Provides vertical control for drilling the osteotomy. The G-Stop Gauges and G-Stop Keys can be used with printed guides to control the angulation of the hole