Stainless Steel Contoured Saddle Matrix Set with Ring and Forceps, 18 Pieces, 50 Micron Thickness

The contoured saddle matrix set with ring and forceps is designed for professional use in dental restorative procedures. Each matrix is made of high-quality stainless steel, providing durability, resistance to corrosion, and consistent form retention during application. The smooth surface ensures precise adaptation to the tooth contour and uniform shaping of the filling material. The matrices have a uniform thickness of 50 microns, allowing controlled adjustment and accurate definition of the restoration margin. Their contoured saddle design enables proper positioning and stability, while the integrated ring system maintains even tension during use. This design supports secure placement and consistent adaptation to the tooth surface. The set includes a total of 18 contoured metal matrices divided into three sizes: 6 small, 6 medium, and 6 standard. The assortment allows selection according to clinical requirements and ensures flexibility in everyday dental procedures. The package also includes one dedicated forceps, used for secure fixation and easy manipulation of the matrices. Key Features: • Material: stainless steel. • Thickness: 50 microns. • Type: contoured saddle matrices with ring. • Quantity: 18 pieces (6 small, 6 medium, 6 standard). • Includes one fixation forceps. • Corrosion and deformation resistant. • Smooth surface for uniform filling adaptation. • Suitable for use with various dental restorative techniques. Package Contents: • 18 contoured metal matrices with a ring. • 1 fixation forceps. Instructions for use: The matrices are positioned on the tooth according to the applied technique, using the supplied forceps for accurate placement. The ring maintains proper tension, ensuring a stable and precise fit along the gingival contour. The contoured design helps define the restoration boundary and maintain a consistent contact surface during the procedure. This complete set provides a professional-grade solution for dental restorative applications requiring stability, precision, and reliable performance of metal matrices.