Tor Vm Sectional Matrix Bands - Standard Kit 50 pcs Bands

Description: Tor Vm Sectional Matrix Bands exemplify precision and innovation in restorative dentistry, offering a sophisticated solution for achieving tight, anatomically accurate contacts in Class II restorations. Meticulously engineered, these matrix bands cater to the diverse needs of dental practitioners, ensuring optimal outcomes in composite restorations.

Key Features:

1. Anatomically Shaped: The Tor Vm Sectional Matrix Bands are anatomically shaped to mirror natural tooth contours, facilitating the creation of seamless and accurate contact points. This design ensures a snug fit for precise restorations in Class II cavities.

2. Flexible and Adaptative Material: Crafted from a flexible and adaptative material, these matrix bands conform to tooth anatomy with ease. The material's resilience allows for secure adaptation, ensuring the matrix stays in place during the restorative process.

3. Micro-Thin Thickness: The micro-thin thickness of the matrix bands provides a delicate yet sturdy barrier between the adjacent teeth. This minimizes the potential for excess composite material and promotes efficient polymerization for a durable and aesthetic result.

Benefits:

1. Accurate Contact Points: The anatomical shaping of the matrix bands facilitates the creation of accurate contact points, crucial for achieving functional and aesthetically pleasing Class II restorations. This precision contributes to the longevity and stability of the restoration.

2. Secure Adaptation: The flexible and adaptative material ensures secure adaptation to the tooth anatomy, minimizing the risk of composite overhangs and enhancing the overall integrity of the restoration. This adaptability is essential for achieving optimal marginal fit.

3. Efficient Polymerization: The micro-thin thickness of the matrix bands promotes efficient polymerization of the composite material. This feature is instrumental in achieving a durable and well-cured restoration while minimizing chairside time.