MIR 2.0 Interproximal Reduction Strips Extra Fine Pack

Microdont SKU: 10.323.208
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MIR 2.0 Interproximal Reduction System Pack – Extra Fine Strip by Microdont is a precision strip system designed for controlled interproximal enamel reduction (IPR), contact adjustment, and mesial or distal surface finishing. The diamond-coated stainless steel strip features an extra-fine grit and single-sided design, supporting minimally invasive enamel reduction with controlled access between teeth.

Key Features

  • Designed for controlled interproximal enamel reduction (IPR) and contact adjustment.

  • Extra-fine grit supports minimal enamel removal and precise finishing.

  • Single-sided design allows targeted reduction while helping preserve adjacent tooth structure.

  • Flexible and ergonomic strip format supports access to interproximal areas.

  • Suitable for space creation, contact refinement, and mesial or distal finishing.

Technical Specifications

  • Material: Diamond-coated stainless steel interproximal strips.

  • Quantity: Pack of 10 pieces.

  • Grit: Extra fine.

  • Interproximal Opening: Approximately 0.10 mm.

  • Design: Single-sided strip.

  • Certifications: FDA Approved, CE Approved, ISO 9001:2008, Medical ISO 13485:2003.

  • Country of Manufacture: Brazil.

  • Package Includes: MIR 2.0 Interproximal Reduction System Pack – Extra Fine Strip (Microdont).

Clinical Applications

  • Orthodontics: Controlled IPR, space creation, and interproximal contact management.

  • Restorative Dentistry: Adjustment of contact areas and finishing of mesial or distal surfaces.

  • Minimally Invasive Procedures: Precise enamel reduction while supporting preservation of tooth structure.

Why Choose Microdont MIR 2.0 Interproximal Reduction System Pack – Extra Fine Strip?

  • Provides controlled, low-invasive IPR for orthodontic and restorative workflows.

  • Combines extra-fine diamond coating with a single-sided design for precise contact refinement.

  • Supports efficient space management, finishing, and enamel preservation during clinical procedures.