Description:

"The 491-8841 Damon Q2 Metal Bracket is specifically engineered for the lower left first premolar (L4L), featuring a .022 slot, standard torque, and a -12/+4 angulation. This configuration is designed to deliver consistent torque expression and precise rotational alignment in the lower posterior segment. It plays a critical role in achieving controlled, predictable movement during lower arch development, particularly in cases requiring balanced axial positioning and arch coordination. The standard torque setting provides a reliable level of root control without overcorrection, making it suitable for a wide range of treatment plans, from crowding relief to detailed finishing.

Utilizing passive self-ligation, the bracket minimizes friction between the archwire and slot, enabling biologically favorable, light-force mechanics that align with Damon System protocols. This approach supports efficient tooth movement while reducing patient discomfort and the need for frequent adjustments. The rhomboid profile of the bracket base enhances placement accuracy and improves rotational control, which is especially important during the alignment and finishing stages. The integrated Slide Mechanism allows for quick and secure archwire engagement, streamlining clinical workflows and reducing chairside time—an advantage for both clinicians and patients.

Fabricated from high-strength, corrosion-resistant stainless steel, the 491-8841 bracket offers long-term durability and maintains torque integrity under prolonged orthodontic forces. Its low-profile, anatomically contoured base conforms naturally to the tooth surface, reducing soft tissue irritation and enhancing patient comfort—particularly important in the confined space of the lower arch. The bracket’s polished finish further minimizes friction against the cheeks and gingiva, supporting better tolerance throughout treatment. Seamlessly integrated into Damon’s light-force, minimally invasive treatment philosophy, this bracket is a practical and dependable solution for clinicians seeking predictable outcomes in lower premolar alignment with standard torque applications."