Prosthetics

• Hand tighten it with a 1.2 hex driver• The gingiva height is 0.5mm higher when engaged in Ø3.5 implant

• Abutment designed for creating cement-retained or combination prostheses• Compensates for implant insertion angles up to 23° without requiring removal• Suitable for implant-level impressions • Tighten using a 1.2 hex...

• Screw-retained prosthesis in multiple scenarios• Angle compensation up to 60°• Torque using convertible abutment outer driver    - Ø4.0: torque using o-ring abutment driver (code: AORD)    - Ø5.0/6...

• Screw-retained prosthesis in multiple scenarios• Angle compensation up to 60°• Torque using convertible abutment outer driver    - Ø4.0: torque using o-ring abutment driver (code: AORD)    - Ø5.0/6...

• Screw-retained prosthesis in multiple scenarios• Angle compensation up to 60°• Torque using convertible abutment outer driver    - Ø4.0: torque using o-ring abutment driver (code: AORD)    - Ø5.0/6...

• Screw-retained prosthesis in multiple scenarios• Angle compensation up to 60°• Torque using convertible abutment outer driver    - Ø4.0: torque using o-ring abutment driver (code: AORD)    - Ø5.0/6...

• Retains overdenture with O-ring system• Angle compensation up to 20°• Torque using O-ring driver (code: AORD)• Recommended tightening torque: 30Ncm (mini/regular)• Ball head diameter• Normal size: Ø2.25 (H 3...

• Retains overdenture with O-ring system• Angle compensation up to 20°• Torque using O-ring driver (code: AORD)• Recommended tightening torque: 30Ncm (mini/regular)• Ball head diameter• Normal size: Ø2.25 (H 3...

• Retains overdenture with O-ring system• Angle compensation up to 20°• Torque using O-ring driver (code: HAORD)• Recommended tightening torque: 30Ncm (mini/regular)• Ball head diameter• Normal size: Ø2.25 (H 3...

• Laboratory screw: This is an abutment screw designed specifically for laboratory tasks

• Waxing screw: utilized in creating screw-type abutments and transfer jigs by extending the screw hole to the upper section

• ET multi abutment combination with multiple prosthetic options• Non-hex type• Torque using a 1.2 hex driver

• Multi Ti-Base abutment combination for multiple prosthetic options• Used in combination with ET Multi Scan Body• Abutment level impression• Non-hex type• Torque using a 1.2 hex driver• Recommended tightening torque:...

• Protects GoldCast/plastic cylinder joints during polishing process• Tighten with a 1.2 hex hand driver

• Transfer impression coping for esthetic-low abutment• Connected with a 1.2 hex hand driver

• Transfer impression coping for esthetic-low abutment• Connected with a 1.2 hex hand driver

• Guide pin for Esthetic-low Pick-up Impression Coping

• Components for implant level impression taking• Pick up impression coping for esthetic-low abutment• Tighten with a 1.2 hex hand driver• Packing unit: impression coping body + guide pin(*)

Narrow Type • Used in fabricating a temporary prosthesis (Ti Gr-3)• Torque using a 1.2 hex driver• Recommended tightening torque: 20Ncm• Packing unit: cylinder + Ti cylinder screw

• A protective cap• Tighten with a 1.2 hex hand driver

• Screw-retained prosthesis for multiple prosthetic options• Same platform as the multi abutment• Restorative components: US esthetic low cylinder (regular/non-hex)• Abutment screw included• Torque using a 1.2 hex driver•...

• Screw-retained prosthesis for multiple prosthetic options• Same platform as the multi abutment• Restorative components: US esthetic low cylinder (regular/non-hex)• Abutment screw included• Torque using a 1.2 hex driver•...

• Screw-retained prosthesis for multiple prosthetic options• Shares the same platform as the multi-angled abutment• Restorative components: US aesthetic low cylinder (regular/non-hex)• Torque using multi abutment outer driver...

• Screw-retained prosthesis for multiple prosthetic options• Same platform as the multi angled abutment• Restorative components: US esthetic low cylinder (regular/non-hex)• Torque using multi abutment outer driver (code: MAOD)•...

• Screw-retained prosthesis for multiple prosthetic options• Same platform as the multi angled abutment• Restorative components: US esthetic low cylinder (regular/non-hex)• Torque using multi abutment outer driver (code: MAOD)•...

• Screw-retained prosthesis for multiple prosthetic options• Shares the same platform as the multi-angled abutment• Restorative components: US aesthetic low cylinder (regular/non-hex)• Torque using multi abutment outer driver...

• Cement/screw-retained type prosthesis • A provisional prosthesis used after immediate loading• Easy to prep or add resin• Torque using a 1.2 hex driver• Recommended tightening torque: 20Ncm(mini/regular)• Packing...

• Cement/screw-retained type prosthesis • A provisional prosthesis used after immediate loading• Easy to prep or add resin• Torque using a 1.2 hex driver• Recommended tightening torque: 20Ncm(mini/regular)• Packing...

• Cement/Screw-retained type for temporary prosthesis• Used to make temporary prosthesis after prep• Implant level impression• Torque using a 1.2 hex driver• Recommended tightening torque: 20Ncm(mini/regular)• Packing unit:...

• Cement/Screw-retained type for temporary prosthesis• Used to make temporary prosthesis after prep• Implant level impression• Torque using a 1.2 hex driver• Recommended tightening torque: 20Ncm(mini/regular)• Packing unit:...

• Cement/screw-retained temporary prosthesis• Utilized for producing provisional prostheses after prepping• Impressions taken at the implant level• Torqued using a 1.2 hex driver• Recommended torque for tightening: 20Ncm•...

• Cement/screw-retained temporary prosthesis• Utilized for producing provisional prostheses after prepping• Impressions taken at the implant level• Torqued using a 1.2 hex driver• Recommended torque for tightening: 20Ncm•...

• Abutment designed for creating screw-retained prostheses• Used for producing customized casting prosthesis through non-precious alloy• Melting temperature of abutment: 1,400~1,450°C (2552~2822°F)• Impressions taken at the...

• Abutment designed for creating screw-retained prostheses• Used for producing customized casting prosthesis through non-precious alloy• Melting temperature of abutment: 1,400~1,450°C (2552~2822°F)• Impressions taken at the...

• Abutment designed for creating screw-retained prostheses• Used for producing customized casting prosthesis through non-precious alloy• Melting temperature of abutment: 1,400~1,450°C (2552~2822°F)• Impressions taken at the...

• Abutment designed for creating screw-retained prostheses• Used for producing customized casting prosthesis through non-precious alloy• Melting temperature of abutment: 1,400~1,450°C (2552~2822°F)• Impressions taken at the...

• Abutment designed for creating cement-retained or combination prostheses• Used for producing customized prosthesis through gold alloy casting.• Melting temperature of abutment: 1,400~1,450°C (2552~2822°F)• Impressions taken...

• Abutment designed for creating cement-retained or combination prostheses• Used for producing customized prosthesis through gold alloy casting.• Melting temperature of abutment: 1,400~1,450°C (2552~2822°F)• Impressions taken...

• Abutment designed for creating cement-retained or combination prostheses• Used for producing customized prosthesis through gold alloy casting.• Melting temperature of abutment: 1,400~1,450°C (2552~2822°F)• Impressions taken...

• Abutment designed for creating cement-retained or combination prostheses• Used for producing customized prosthesis through gold alloy casting.• Melting temperature of abutment: 1,400~1,450°C (2552~2822°F)• Impressions taken...