

3D Distalizer
This device represents a sophisticated evolution in Class II and Class III correction, designed to simplify orthodontic movement through the application of continuous and elegant biomechanical forces. Its primary purpose is to transform the molar relationship and quickly correct malocclusion prior to the placement of brackets or aligners. Technical Description of the 3D Corrector The device is a low-profile distalization bar that bonds directly to the canines (or premolars) and permanent first molars. Its design is based on the principle of "light and constant force," acting as a kinematic bridge that facilitates the en-masse movement of the posterior segment. Key Features Bio-Anatomic Design: It features a ball-and-socket joint that allows independent movement of the molars in all three spatial planes, facilitating simultaneous derotation and distalization. Aesthetics and Comfort: Being a smooth-surfaced and small-sized device, it minimizes soft tissue irritation and is practically unnoticeable to the patient. Time Efficiency: Allows achieving a Class I relationship in the early stages of treatment, significantly reducing the total active orthodontic time. Compatibility: Works optimally alongside intermaxillary elastics, establishing a solid anchorage that prevents unwanted tooth tipping. Mechanism of Action The corrector uses a pivot point to guide the molar into its correct position, allowing the dental arch to "open" and create the necessary space for the alignment of the anterior teeth. By performing this movement in a segmented manner (distalizing the posterior block first), the complexity of managing multiple competing forces in the mouth is avoided. Benefits Installation: Quick direct bonding without the need for complex bands. Hygiene: Its open design facilitates daily cleaning by the patient. Predictability: Offers consistent results in midline and overjet correction. Packaging: 2 units (Left and right).
Product Information
Product Information
Shipping & Returns
Shipping & Returns



-01KFXHF7DB82S1Y50CYW4DMRWX.png&w=3840&q=80)



