Interproximal Stainless Steel Perforated Diamond Finishing Strips

Interproximal Stainless Steel Perforated Diamond Finishing Strips by Microdont are designed for precise interproximal reduction, finishing, and contouring in orthodontic and restorative procedures. Made from stainless steel with a diamond-coated perforated surface, these strips provide controlled handling, enhanced flexibility, and reliable finishing performance for proximal surface refinement. Key Features Diamond-coated stainless steel surface supports efficient interproximal finishing and contouring. Perforated design enhances flexibility, visibility, and control during use. Available in various grit sizes for different finishing and reduction requirements. Neutral center supports precise handling and controlled placement between teeth. Serrated model available without abrasive coating for specialized interproximal access. Technical Specifications Material: Stainless steel with diamond-coated perforated surface. Quantity: 12 strips per box. Width: 2.5 mm or 4.0 mm. Design: Perforated diamond-coated strip with neutral center. Available Models: Various grit sizes; serrated model without abrasive coating. Certifications: FDA Approved, CE Approved, MDSAP, ISO 9001:2008, Medical ISO 13485:2003. Country of Manufacture: Brazil. Package Includes: Interproximal Stainless Steel Perforated Diamond Finishing Strips – Microdont. Clinical Applications Orthodontics: Interproximal reduction and contact refinement during alignment procedures. Restorative Dentistry: Finishing and contouring of proximal restorative margins and contact areas. Interproximal Finishing: Surface refinement, contact adjustment, and contour correction in mesial or distal areas. Why Choose Microdont Interproximal Stainless Steel Perforated Diamond Finishing Strips 4.0 mm? Provides controlled interproximal finishing with enhanced flexibility and handling. Combines diamond-coated stainless steel performance with a perforated design for precise clinical use. Supports orthodontic and restorative workflows requiring reliable contact refinement and proximal contouring.