Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
Force Levels Between Nickel Titanium and Stainless Steel, Nickel free
The BetaForce Beta Titanium archwires are nickel-free with properties that fall between the bendability of Stainless Steel and the flexibility of Nickel Titanium. BetaForce wires have a smooth, polished surface for excellent slidi..
Force Levels Between Nickel Titanium and Stainless Steel, Nickel free
The BetaForce Beta Titanium archwires are nickel-free with properties that fall between the bendability of Stainless Steel and the flexibility of Nickel Titanium. BetaForce wires have a smooth, polished surface for excellent slidi..
VectorTAS is a coordinated system of miniscrews, attachments and instruments designed to facilitate a wide range of orthodontic movements using simple mechanics.
• Reduce anchorage demand for more control
• Alternative to headgear
• Reduce need for patient compliance
• Increase patient satisfact..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
Force Levels Between Nickel Titanium and Stainless Steel, Nickel free
The BetaForce Beta Titanium archwires are nickel-free with properties that fall between the bendability of Stainless Steel and the flexibility of Nickel Titanium. BetaForce wires have a smooth, polished surface for excellent slidi..
Force Levels Between Nickel Titanium and Stainless Steel, Nickel free
The BetaForce Beta Titanium archwires are nickel-free with properties that fall between the bendability of Stainless Steel and the flexibility of Nickel Titanium. BetaForce wires have a smooth, polished surface for excellent slidi..
Force Levels Between Nickel Titanium and Stainless Steel, Nickel free
The BetaForce Beta Titanium archwires are nickel-free with properties that fall between the bendability of Stainless Steel and the flexibility of Nickel Titanium. BetaForce wires have a smooth, polished surface for excellent slidi..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
Made of stainless steel for surgical use and easily removable once the orthodontic movement has been achieved. They are available either with low or high head, in two types: one with a passing hole on the head and another with a groove and the protruding portion like an orthodontic button to facilit..
No. 4402 – Refill box of 12 pcs
Conical shaped to avoid unwanted wedge effect Electrolytically plated with a thick layer of 24K gold. In 20 sizes and 4 lenghts Sizes Short: 8,0 mm (No. 1-6) Medium: 9,5 mm (No. 1-6) Long: 12,0 mm (No. 1-6) Extra long: 14,0 mm (No. 4 and 6)..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..