Orthonia Torque Driver
The Orthonia is a high performing battery-powered torque driver used for placing TADs. It helps to mitigate TAD failures during insertion procedures.
Driver adapter for straight shaft included.
Driver adapter for straight shaft included.
Tellimiseks Logi sisse või Registreeru kasutajaks !
Tootekood: ECG0235
Laoseis: Tellimisel
Laoseis: Tellimisel
Sarnased tooted
Formulated in conjunction with Dr. Bjorn Zachrisson,our retainer wires add a new dimension to retention and active treatment appliances. Round and Penta Twist for both bonded lingual and removable retainers. They are so beautiful, your patients will want to wear their appliances.
Laost otsas
The Synergy® bracket design is the most versatile, active bracket. It brings more treatment control options than conventional edgewise brackets, reduces friction dramatically and also reduces total treatment duration. All of this comes together in a very low profile patented Synergy design.
Synergy is available in several techniques
Rounded arch slot walls reduce binding and friction
Minimum friction ligation
Maximum rotation ligation
Manufactured in the Metal Injection Molding (MIM) process
Synergy is available in several techniques
Rounded arch slot walls reduce binding and friction
Minimum friction ligation
Maximum rotation ligation
Manufactured in the Metal Injection Molding (MIM) process
Laost otsas
The Synergy® bracket design is the most versatile, active bracket. It brings more treatment control options than conventional edgewise brackets, reduces friction dramatically and also reduces total treatment duration. All of this comes together in a very low profile patented Synergy design.
Synergy is available in several techniques
Rounded arch slot walls reduce binding and friction
Minimum friction ligation
Maximum rotation ligation
Manufactured in the Metal Injection Molding (MIM) process
Synergy is available in several techniques
Rounded arch slot walls reduce binding and friction
Minimum friction ligation
Maximum rotation ligation
Manufactured in the Metal Injection Molding (MIM) process