Description:

"The 3066-5071 ACPII VICT MINI BT SNG N-CV MB ULT 2MOLAR -14T/0OF 2.5MM HK .022 is a sophisticated orthodontic bracket designed for the upper left second molar, engineered to fulfill the exacting requirements of MBT (McLaughlin, Bennett, Trevisi) treatment protocols. This bracket skillfully integrates torque precision, robust construction, and patient comfort within a compact design to ensure reliable performance in posterior segments.

With a .022-inch archwire slot, -14° torque, and 0° offset, the bracket guarantees correct positioning of the roots and orientation of the crowns. The -14° torque positions the root palatally, improving anchorage and parallelism of the roots, while the 0° offset facilitates vertical alignment without causing additional tipping. These characteristics enhance occlusal harmony and contribute to long-term stability of treatment.

The mini bracket design, featuring a 2.5 mm bonding base, reduces bulk and improves fitting to the second molar anatomy, ensuring a secure bond even in limited spaces. The single-wing, non-convertible (SNG N-CV) architecture simplifies wire engagement and provides a lower profile, which increases comfort for patients and decreases irritation to the cheeks.

An integrated functional bite turbo (BT) is essential for vertical control, promoting bite opening, particularly beneficial for correcting deep bites or overbites. In addition, the built-in hook (HK) is designed for elastic use and auxiliaries, improving control during interarch mechanics or strengthening anchorage, thereby enhancing clinical versatility.

Built from premium stainless steel, the bracket is resistant to corrosion and retains its strength even under significant occlusal pressure. Its smooth contours facilitate better hygiene and enhance overall patient comfort.

The 3066-5071 ACPII VICT MINI BT SNG N-CV MB ULT 2MOLAR -14T/0OF 2.5MM HK .022 integrates flawlessly into MBT systems and is perfect for orthodontists who require precise torque application, effective vertical control, and robust molar anchorage in the upper posterior region."