Sof-Lex Polierscheiben f.Moore D15,8mm fein Pa 100

3M™ Sof-Lex™ Finishing Disks – Fine Grit (Medium Blue)

3M™ Sof-Lex™ Finishing Disks are part of a time-tested, color-coded system designed to achieve exceptional, long-lasting aesthetic results on composites, compomers, metals, and glass ionomers. The Fine (Medium Blue) grit disk is the essential third step in the sequence, specifically engineered to refine the restoration surface and remove minor scratches left behind during the contouring phase.

Featuring the convenient Pop-On mounting system, these flexible disks adapt effortlessly to the labial, buccal, and occlusal contours of the tooth. The aluminum oxide coating ensures a consistent abrasive quality, providing a smooth surface that resists plaque accumulation and staining.

Key Benefits & Clinical Features

• Refined Surface Finishing: The fine grit effectively smooths the restoration, creating an ideal foundation for the final high-gloss polish.
• High Flexibility: The thin, flexible backing allows the disk to follow the natural anatomy of the tooth without creating flat spots.
• Easy Identification: The medium blue color allows for quick selection within the four-step Sof-Lex™ color-coded workflow.
• Pop-On System: Allows for fast and secure disk changes, significantly increasing efficiency during multi-surface procedures.
• Large Surface Area: The 15.8 mm (0.62 in) diameter provides excellent coverage for efficient polishing of larger anterior and posterior surfaces.

Primary Indications

• Surface refinement of direct and indirect composite restorations.
• Finishing of margins and accessible proximal surfaces.
• Smoothing of resin-modified glass ionomers and dental metals.
• Preparation of the restoration surface prior to the superfine polishing step.

Product Specifications

• Brand: Sof-Lex™
• Grit: Fine
• Color: Medium Blue
• Diameter (Metric): 15.8 mm
• Diameter (Imperial): 0.62 in
• Package Contents: 100 Finishing Disks (Fine)
• Category: Finishing and Polishing Disks
• Industry: Professional Dentistry