TOR V M Small Sectional Contoured Matrices- 10 Pcs

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115EGP

Sizes :

0.035 mm

0.050 mm

Quantity :

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Overview
Reviews

The TOR V M Small Sectional Contoured Matrices (Model 1.0972) are precision-shaped sectional matrix bands designed specifically for small posterior teeth, short clinical crowns, and tight interproximal spaces during Class II composite restorations. Manufactured in Russia by TOR V M from high-grade stainless steel, this small-profile assortment includes both ultra-thin (0.035mm) and sturdy (0.050mm) gauges for versatile clinical handling and optimal contact point reconstruction.
Key Clinical Applications:
Class II Posterior Restorations: Recreates natural anatomical contours, tight proximal contact relationships, and smooth emergence profiles on lower premolars and small posterior teeth.
Short Clinical Crowns & Restricted Spaces: Designed with a lower profile height to fit subgingival margins and tight embrasures where standard matrices would impinge on adjacent tissue.
Product Features:
Anatomical Sectional Contour: Pre-shaped three-dimensional curvature matches natural tooth morphology, minimizing manual burnishing time.
Dual-Gauge Flexibility: Offers a choice between the ultra-thin 0.035mm gauge for tight contact reconstruction and the rigid 0.050mm gauge for heavy condensation support.
Ring & Wedge Compatibility: Designed to integrate smoothly with standard sectional matrix rings and interproximal wedges for secure matrix adaptation.
High-Grade Stainless Steel: Fully autoclavable, corrosion-resistant material maintains structural integrity and spring tension during clinical use.

⚙️ Technical Specifications (Data Grid)

Technical Feature	Specification Detail
Brand & Manufacturer	TOR V M (Russia)
Product Line / Model	Sectional Contoured Matrices (Model 1.0972 - Small)
Thickness Gauges	Assorted 0.035 mm and 0.050 mm
Packaging Unit	Box of 10 pieces
Material Composition	High-grade dental stainless steel
Indications	Class II posterior composite restorations on small teeth, proximal contact reconstruction, and short clinical crown cases