Description:

"The 342-1367 ACCENT MINI MBT W/T-HK .022-20/0/0 L6L is a top-tier orthodontic bracket designed explicitly for the lower left first molar (L6L), providing superb control, resilience, and comfort for managing posterior molars. It adheres to the MBT treatment approach and features an integrated tie hook (W/T-HK), enhancing flexibility for auxiliaries such as elastics, power chains, and ligatures, thereby supporting a wide array of tooth movement techniques in both standard and intricate cases.

With a .022-inch slot size, -20° torque, 0° angulation, and a 0 in-out offset, this bracket ensures precise control over molar rotation and root alignment. The notable -20° torque is essential for establishing the correct axial inclination and achieving a well-balanced occlusion. The 0° angulation facilitates a neutral alignment, while the 0 in-out ensures a level fit with adjacent teeth, minimizing archwire adjustments.

The mini design significantly boosts patient comfort, particularly in the posterior area, where larger brackets may cause discomfort or hinder oral hygiene. The compact, low-profile shape reduces interference with soft tissues, enabling smoother interaction between the bracket and the oral cavity.

Constructed from high-strength, corrosion-resistant materials, the 342-1367 is designed to perform reliably under substantial functional forces and throughout lengthy treatment periods. Its base is created for exceptional bond retention on the molar surface, ensuring safe and clean removal once treatment concludes.

Compatible with standard MBT mechanics and conventional archwires, this bracket ensures seamless integration into most orthodontic systems. Its tie hook further enhances clinical flexibility by accommodating additional appliances for complicated tooth movements.

For clinicians seeking a combination of control, versatility, and patient comfort, the 342-1367 ACCENT MINI MBT W/T-HK .022-20/0/0 L6L offers a reliable, precision-engineered solution—perfect for achieving effective molar alignment and long-lasting occlusal stability in contemporary orthodontic treatment."