> SOFT TISSUE MANAGEMENT

The ZERAMEX® healing cap, gingiva former and temporary abutment help to achieve the desired shape of the peri-implant soft tissue after the healing phase. The gingiva formers are available in two heights. The temporary abutment made of PEEK allows individual temporary restoration.

The post ZERAMEX®XT Gingivaformer WB, 4mm – WB37504 appeared first on Emerginnova.

> SOFT TISSUE MANAGEMENT

The ZERAMEX® healing cap, gingiva former and temporary abutment help to achieve the desired shape of the peri-implant soft tissue after the healing phase. The gingiva formers are available in two heights. The temporary abutment made of PEEK allows individual temporary restoration.

The post ZERAMEX®XT Gingivaformer RB, 4mm – RB36504 appeared first on Emerginnova.

Contents include Implant, abutment, Vicarbo Screw, and Crown replicas.

Emerginnova/Zeramex acrylic stand

The post Zeramex P6 MacroModel 1 – 6 Scale – M-ZP6MM appeared first on Emerginnova.

Charge of $850USD if NOT returned.

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Including temporary screw. 15N.cm

The post P6 Temporary Abutment – SN Platform – P35530 appeared first on Emerginnova.

Medical PEEK Temporary Abutment – RN Platform for 4.1 and 4.8 mm implants
Including temporary screw. 15N.cm

Abutment Height: 7mm
Collar Height: 1mm

Material: PEEK, PEEK-CW30

The post P6 Temporary Abutment – RN Platform – P36530 appeared first on Emerginnova.

The new generation of ZERAMEX® ceramic implants set themselves apart by their very high material strength. The implant and the abutment are made of highly compressed zirconium dioxide blanks and meet the high requirements for strength, biomechanical stability and accuracy of fit. ZERAMEX® ceramic implants are also corrosion resistant and do not conduct electricity or heat.

A high-strength and form-fit, absolutely stress-free, screwed ceramic-ceramic connection is created using the carbon fibre-reinforced VICARBO® screw. The design of the connection was developed to minimise bacteriological colonisation or deposit.

equirements for strength, biomechanical stability and accuracy of fit. ZERAMEX® ceramic implants are also corrosion resistant and do not conduct electricity or heat.

High bonding strength is achieved with the new carbon-ceramic technology. The core is the VICARBO® screw made of carbon-fibre-reinforced high-performance threads. It is distinguished by enormous isoelastic properties and has clear strengths: metal-free, biocompatible according to ISO10993 for long-term implants. Modulus of elasticity: >160 GPa., tensile strength: 2.000 MPa. (Comparison: Titanium grade 5: Modulus of elasticity: 114 GPa., tensile strength: 1,100 MPa.) The continuous carbon fibres modified to suit the shape durably absorb the tensile forces and give the VICARBO® screw its high strength.

Relative tensile strength of VICARBO rod and Alternative Implantable Materials

(all values according to manufacturer’s specifications)

The 100 percent metal-free ceramic implants come very close to the natural model of a tooth root in BOTH aesthetics and function. They are highly biocompatible, completely free of metallic corrosion and conduct neither electricity nor heat. Titanium can release titanium ions that can accumulate in the surrounding soft tissue and cause inflammation. When exposed to surface bacteria the corrosion resistance of titanium can also be reduced.These effects are completely excluded by using metal-free implants.

Situation after gingival recession. Restoration with ZERAMEX® (left) Restoration with a conventional titanium implant (right)

• No dark shadows
• No shimmer through of the dark implant
• No visible metal

The two-part, reversible screw design enables the ZERAMEX® dental implant to offer a wide prosthetic flexibility while remaining a simple and clear system. Work with the usual procedures and offer all-ceramic, screw-retained restorations. With the upcoming integration into the Exocad and 3Shape CADCAM systems, you will also benefit from the advantages of a digital workflow.

The post P6 Implants – 3.3x8mm SN (incl. Healing Cap) – P15508 appeared first on Emerginnova.

The new generation of ZERAMEX® ceramic implants set themselves apart by their very high material strength. The implant and the abutment are made of highly compressed zirconium dioxide blanks and meet the high requirements for strength, biomechanical stability and accuracy of fit. ZERAMEX® ceramic implants are also corrosion resistant and do not conduct electricity or heat.

A high-strength and form-fit, absolutely stress-free, screwed ceramic-ceramic connection is created using the carbon fibre-reinforced VICARBO® screw. The design of the connection was developed to minimise bacteriological colonisation or deposit.

equirements for strength, biomechanical stability and accuracy of fit. ZERAMEX® ceramic implants are also corrosion resistant and do not conduct electricity or heat.

High bonding strength is achieved with the new carbon-ceramic technology. The core is the VICARBO® screw made of carbon-fibre-reinforced high-performance threads. It is distinguished by enormous isoelastic properties and has clear strengths: metal-free, biocompatible according to ISO10993 for long-term implants. Modulus of elasticity: >160 GPa., tensile strength: 2.000 MPa. (Comparison: Titanium grade 5: Modulus of elasticity: 114 GPa., tensile strength: 1,100 MPa.) The continuous carbon fibres modified to suit the shape durably absorb the tensile forces and give the VICARBO® screw its high strength.

Relative tensile strength of VICARBO rod and Alternative Implantable Materials

(all values according to manufacturer’s specifications)

The 100 percent metal-free ceramic implants come very close to the natural model of a tooth root in BOTH aesthetics and function. They are highly biocompatible, completely free of metallic corrosion and conduct neither electricity nor heat. Titanium can release titanium ions that can accumulate in the surrounding soft tissue and cause inflammation. When exposed to surface bacteria the corrosion resistance of titanium can also be reduced.These effects are completely excluded by using metal-free implants.

Situation after gingival recession. Restoration with ZERAMEX® (left) Restoration with a conventional titanium implant (right)

• No dark shadows
• No shimmer through of the dark implant
• No visible metal

The two-part, reversible screw design enables the ZERAMEX® dental implant to offer a wide prosthetic flexibility while remaining a simple and clear system. Work with the usual procedures and offer all-ceramic, screw-retained restorations. With the upcoming integration into the Exocad and 3Shape CADCAM systems, you will also benefit from the advantages of a digital workflow.

The post P6 Implants – 3.3x10mm SN (incl. Healing Cap) – P15510 appeared first on Emerginnova.

The new generation of ZERAMEX® ceramic implants set themselves apart by their very high material strength. The implant and the abutment are made of highly compressed zirconium dioxide blanks and meet the high requirements for strength, biomechanical stability and accuracy of fit. ZERAMEX® ceramic implants are also corrosion resistant and do not conduct electricity or heat.

A high-strength and form-fit, absolutely stress-free, screwed ceramic-ceramic connection is created using the carbon fibre-reinforced VICARBO® screw. The design of the connection was developed to minimise bacteriological colonisation or deposit.

equirements for strength, biomechanical stability and accuracy of fit. ZERAMEX® ceramic implants are also corrosion resistant and do not conduct electricity or heat.

High bonding strength is achieved with the new carbon-ceramic technology. The core is the VICARBO® screw made of carbon-fibre-reinforced high-performance threads. It is distinguished by enormous isoelastic properties and has clear strengths: metal-free, biocompatible according to ISO10993 for long-term implants. Modulus of elasticity: >160 GPa., tensile strength: 2.000 MPa. (Comparison: Titanium grade 5: Modulus of elasticity: 114 GPa., tensile strength: 1,100 MPa.) The continuous carbon fibres modified to suit the shape durably absorb the tensile forces and give the VICARBO® screw its high strength.

Relative tensile strength of VICARBO rod and Alternative Implantable Materials

(all values according to manufacturer’s specifications)

The 100 percent metal-free ceramic implants come very close to the natural model of a tooth root in BOTH aesthetics and function. They are highly biocompatible, completely free of metallic corrosion and conduct neither electricity nor heat. Titanium can release titanium ions that can accumulate in the surrounding soft tissue and cause inflammation. When exposed to surface bacteria the corrosion resistance of titanium can also be reduced.These effects are completely excluded by using metal-free implants.

Situation after gingival recession. Restoration with ZERAMEX® (left) Restoration with a conventional titanium implant (right)

• No dark shadows
• No shimmer through of the dark implant
• No visible metal

The two-part, reversible screw design enables the ZERAMEX® dental implant to offer a wide prosthetic flexibility while remaining a simple and clear system. Work with the usual procedures and offer all-ceramic, screw-retained restorations. With the upcoming integration into the Exocad and 3Shape CADCAM systems, you will also benefit from the advantages of a digital workflow.

The post P6 Implants – 3.3x12mm SN (incl. Healing Cap) – P15512 appeared first on Emerginnova.

The new generation of ZERAMEX® ceramic implants set themselves apart by their very high material strength. The implant and the abutment are made of highly compressed zirconium dioxide blanks and meet the high requirements for strength, biomechanical stability and accuracy of fit. ZERAMEX® ceramic implants are also corrosion resistant and do not conduct electricity or heat.

A high-strength and form-fit, absolutely stress-free, screwed ceramic-ceramic connection is created using the carbon fibre-reinforced VICARBO® screw. The design of the connection was developed to minimise bacteriological colonisation or deposit.

equirements for strength, biomechanical stability and accuracy of fit. ZERAMEX® ceramic implants are also corrosion resistant and do not conduct electricity or heat.

High bonding strength is achieved with the new carbon-ceramic technology. The core is the VICARBO® screw made of carbon-fibre-reinforced high-performance threads. It is distinguished by enormous isoelastic properties and has clear strengths: metal-free, biocompatible according to ISO10993 for long-term implants. Modulus of elasticity: >160 GPa., tensile strength: 2.000 MPa. (Comparison: Titanium grade 5: Modulus of elasticity: 114 GPa., tensile strength: 1,100 MPa.) The continuous carbon fibres modified to suit the shape durably absorb the tensile forces and give the VICARBO® screw its high strength.

Relative tensile strength of VICARBO rod and Alternative Implantable Materials

(all values according to manufacturer’s specifications)

The 100 percent metal-free ceramic implants come very close to the natural model of a tooth root in BOTH aesthetics and function. They are highly biocompatible, completely free of metallic corrosion and conduct neither electricity nor heat. Titanium can release titanium ions that can accumulate in the surrounding soft tissue and cause inflammation. When exposed to surface bacteria the corrosion resistance of titanium can also be reduced.These effects are completely excluded by using metal-free implants.

Situation after gingival recession. Restoration with ZERAMEX® (left) Restoration with a conventional titanium implant (right)

• No dark shadows
• No shimmer through of the dark implant
• No visible metal

The two-part, reversible screw design enables the ZERAMEX® dental implant to offer a wide prosthetic flexibility while remaining a simple and clear system. Work with the usual procedures and offer all-ceramic, screw-retained restorations. With the upcoming integration into the Exocad and 3Shape CADCAM systems, you will also benefit from the advantages of a digital workflow.

The post P6 Implants – 4.1x8mm RN (incl. Healing Cap) – P16508 appeared first on Emerginnova.