معلومات المنتج

3M™ Sof-Lex™ pre-polishing spiral, 5090, 15ct. features: - Delivering impressive results without the messy paste, 3M™ Sof-Lex™ diamond polishing system features a pre-polishing spiral and a diamond-impregnated polishing spiral to give your restorations that high gloss your patients want. - This simple, two-step solution offers paste-like gloss in a convenient rubberized system, while also adapting to all tooth and restoration surfaces. - Whether you currently use a rubberized finishing and polishing system or an intra-oral diamond polish, the process of improving your patients’ smiles can be time-consuming and exhausting, and even with your best effort, that gloss may not stand the test of time. - Delivering a simple solution to both problems, we combined two of our innovative technologies into one system. - Offering easy use and versatile application, the 3M™ Sof-Lex™ diamond polishing system uses a two-step process to deliver stunning, lasting results for your patients. - Our pre-polishing spiral prepares the restoration for final gloss using the same mandrel as 3M™ ESPE™ Sof-Lex™ finishing and polishing discs. - Our high-gloss polishing spirals are made with either aluminum oxide or diamond particles impregnated in a thermoplastic elastomer. - The universal shape works from any angle and adapts to all tooth and restoration surfaces, allowing you to create beautiful restorations in just two steps, while reducing your need for additional tools. - Lets you provide your patients with a high-gloss polish with the convenience of a rubberized system. - Features a universal shape that adapts to all tooth and restoration surfaces. - Reduces your need for additional tools. - Simple, two-step solution for easy use and faster procedures. - Spirals can be sterilized for repeated use. - Delivers long-lasting, high-gloss restorations when used with 3M™ Filtek™ restoratives. Suggested applications: - The 3M™ Sof-Lex™ pre-polishing spiral (beige) is indicated to smooth the surface of restorations. - Direct composite restorations. - Resin-modified glass ionomers. - Bisacrylic temporary materials.