High Precision
Designed with maximum accuracy for daily operational needs.
Premium Material
Uses international medical standard stainless material (ISO).
Ergonomic Design
Provides maximum comfort for practitioners and patients during procedures.
Easy Maintenance
Modular component structure that facilitates cleaning and maintenance.
Product Description
Super Rotation Control Moment
15 ~ 43% higher rotation control moment than the control group.
Minimum Rotation Loss Angle
Minimize wire inclination angle by realizing maximum ceramic cap width (Loss angle). Reduced wire loss angle increases available angle.
Stable Cap Structure
Improved cap drop-off strength by applying PPC structure with increased resistance to wire load, based on CAE structure analysis.
UBH/DBH Structure
Improved open/close operation by applying patented UBH/DBH structure with operability implemented.
Safe Overbite – Overjet Structure
Mandibular bracket's wing has an inclined structure to minimize interference to the upper incisors.
Mandibular Anterior Morphology Design
Rhombus-type base design tailored to the tooth shape. Prevention of interference between adjacent teeth and securing of IBD (Inter Bracket Distance).
Global Citizen Curvature Big Data
Global Citizen Curvature Big Data calculation applied across occlusal and gingival axes, covering both non-curvature and curvature variants. The average curvature value of the tooth occlusal axis is applied.
Precise Canine Curvature
Maximizes the convenience of canine and premolar rotation adjustment by forming a curvature that fits the teeth.
Comfortable Spherical Hook
Spherical hook that minimizes the contact surface in the oral cavity. Glass surface treatment applied to reduce foreign body sensation and pain.
Tie Groove Structure
Enhancements for ligation in elastic, based on simulation analysis.
Mandibular Central Inclined Hook Structure
Applying a gradient that minimizes gingival interference. Mandibular premolar central hook positioning improves foreign body sensation, pain reduction, and elastic ligation.
15 ~ 43% higher rotation control moment than the control group.
Minimum Rotation Loss Angle
Minimize wire inclination angle by realizing maximum ceramic cap width (Loss angle). Reduced wire loss angle increases available angle.
Stable Cap Structure
Improved cap drop-off strength by applying PPC structure with increased resistance to wire load, based on CAE structure analysis.
UBH/DBH Structure
Improved open/close operation by applying patented UBH/DBH structure with operability implemented.
Safe Overbite – Overjet Structure
Mandibular bracket's wing has an inclined structure to minimize interference to the upper incisors.
Mandibular Anterior Morphology Design
Rhombus-type base design tailored to the tooth shape. Prevention of interference between adjacent teeth and securing of IBD (Inter Bracket Distance).
Global Citizen Curvature Big Data
Global Citizen Curvature Big Data calculation applied across occlusal and gingival axes, covering both non-curvature and curvature variants. The average curvature value of the tooth occlusal axis is applied.
Precise Canine Curvature
Maximizes the convenience of canine and premolar rotation adjustment by forming a curvature that fits the teeth.
Comfortable Spherical Hook
Spherical hook that minimizes the contact surface in the oral cavity. Glass surface treatment applied to reduce foreign body sensation and pain.
Tie Groove Structure
Enhancements for ligation in elastic, based on simulation analysis.
Mandibular Central Inclined Hook Structure
Applying a gradient that minimizes gingival interference. Mandibular premolar central hook positioning improves foreign body sensation, pain reduction, and elastic ligation.