Description:

"The 491-8814 Damon Q2 Metal Bracket is tailored for the lower right central incisor (L1R), featuring a .022 slot, low torque configuration, and -11/+2 angulation. This setup is ideal for refined anterior corrections where reduced root prominence and precise crown positioning are essential. The low torque setting supports conservative root retraction, helping to maintain a flatter incisal profile and reduce labial flare—particularly important in esthetic cases or when working with thin periodontal biotypes. It’s a valuable component in non-extraction or light-force treatment plans where subtle, controlled movement is required to achieve natural-looking results and long-term stability.

As part of the Damon Q2 passive self-ligating system, this bracket promotes biologically sensitive, low-friction movement that enhances treatment predictability and patient comfort. The passive ligation design eliminates the need for elastomeric ties, reducing plaque buildup and improving hygiene. Its rhomboid-shaped base ensures accurate bracket orientation and enhances both rotational and torque control, which is critical during early alignment and finishing stages. The integrated Slide Mechanism simplifies archwire changes, allowing for quick, secure engagement that reduces chairside time and streamlines clinical workflow—an advantage in busy orthodontic practices.

Constructed from high-grade, corrosion-resistant stainless steel, the 491-8814 bracket offers robust mechanical performance and long-term durability in the oral environment. Its low-profile, anatomically contoured base is designed to minimize soft tissue contact, improving patient comfort and reducing irritation in the tight interproximal spaces of the lower anterior arch. The polished finish enhances wearability and supports better oral hygiene. Seamlessly compatible with Damon archwire sequences, this bracket integrates smoothly into minimally invasive, esthetic-focused treatment strategies. It’s a dependable choice for orthodontists seeking precise torque control, efficient biomechanics, and high patient satisfaction in lower incisor alignment."