Dynex separating & grinding discs. Extremely flexible. Unexpectedly fast.

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1 Dynex separating & grinding discs Extremely flexible. Unexpectedly fast.

2 Dynex separating & grinding discs 20 Ceramic Titanium Precious metal alloys Precious & non-precious metal alloys mm 0,2 0,25 0,3 2

3 Flexible, fast and reliable Flexibility for grinding dental materials such as ceramics, precious metal alloys and non-precious metal alloys, model casting alloys, acrylics and titanium alloys. Fast as a result of the excellent cutting and grinding performance, with maximum precision, minimal loss of material, and long service life. Reliable during grinding on account of the very low vibrations and the outstanding flexibility afforded by glass fiber reinforcement for dental materials. Non-precious & model casting alloys 0,4 0,5 0,7 1,0 3

4 Ceramic Extremely thin and flexible diamond grinding and separating discs with glass fiber reinforcement. Created for separating and trimming porcelain, zircon oxide and lithium disilicate. Dynex Brillant 20 x 0,2 mm Extremely thin and flexible for precise separation of interdental spaces and gentle trimming work. Quick and reliable separation of press sprues. Extreme combination of thin and flexible disc. Mike Dominguez Kymata Dental Arts Seattle USA Despruing IPS e.max with the Dynex wheel is super quick and produces little heat. I also use this dynamic wheel for incisal cut backs on IPS e.max CAD as well. Dynex Brillant 20 x 0,25 mm Extremely thin and flexible for precise separation of interdental spaces and grinding flat surfaces. Quick and reliable separation of press sprues. Ideal combination of flexibility and rigidity. Dynex Brillant 20 x 0,3 mm Flexible and at the same time robust for precise work. Quick and reliable separating of press sprues. Very good combination of flexibility and robustness. Titanium alloys Extremely flexible and robust glass fiber reinforced separating and grinding discs especially created for separating and grinding titanium and titanium alloys, implant super structures such as abutments, bars and frameworks. Dynex Titanium 22 x 0,3 mm Ideal for cutting and grinding thin areas and small parts of the restoration. Flexible and robust for quick and precise grinding of implant super structures. Dynex Titanium 26 x 0,3 mm Ideal for cutting and grinding solid areas and larger parts of the restoration. Flexible and robust for quick and precise grinding of implant super structures. Longer service life due to a larger diameter. 4

5 Precious & non-precious alloys Extremely thin and flexible glass fiber reinforced separating and grinding discs, especially made for cutting and grinding precious metal alloys. Dynex 22 x 0,2 mm Ideal for separating and grinding thin sprues (< 3 mm) and small areas of a restoration. The least material loss when separating and finishing precious metal alloys. Dynex 22 x 0,25 mm Ideal for separating and grinding medium sized sprues (< 3.5 mm) and small areas of a restoration. Low material loss when separating and finishing precious metal allos. Dynex 26 x 0,25 mm Ideal for separating and grinding medium sized sprues (< 3.5 mm) and larger areas of a restoration. Low material loss when separating and finishing precious metal alloy units. Longer service life due to a larger diameter. Very flexible and robust glass fiber reinforced separating and grinding discs, especially made for cutting and grinding precious and non-precious metal alloys, as well as acrylic. Christoph Zobler, Max Wörishofer, Harald Gritsch, INN-KERAMIK, Innsbruck, Austria The Renfert separating discs have made a great impression on us on account of the high level of flexibility, the wide range of possible applications, and the long service life. These separating discs are a great help to us in our routine laboratory work, since we are able to grind all types of materials such as titanium or lithium disilicate. We have been impressed by the degree of versatility, compared to the separating discs we previously used, and by the resulting economies. Dynex 22 x 0,3 mm Ideal for separating and grinding thick sprues (< 5 mm) and small areas of a restoration. Low material loss when separating and finishing precious metal alloy units. Dynex 26 x 0,3 mm Ideal for separating and grinding thick sprues (< 5 mm) and larger areas of a restoration. Low material loss when separating and finishing precious metal alloy units. Longer service life than the Dynex due to a larger diameter of 22 mm. 5

6 Non-precious & model casting alloys Very flexible and robust glass fiber reinforced separating and grinding discs, especially made for cutting and grinding non-precious metal alloys. Dynex 22 x 0,4 mm Ideal for separating thick sprues (< 5 mm) and grinding small areas such as shap correction. Flexible and robust, even when under extreme strain such as during lateral pressure. Dynex 22 x 0,5 mm Ideal for separating thick sprues (< 5 mm) and grinding small areas such as shape correction. Robust, even when under extreme strain such as lateral pressure. Dynex 26 x 0,4 mm Ideal for separating thick sprues (< 5 mm) and grinding larger areas on a restoration. Flexible and robust, even when under extreme strain such as lateral pressure. Longer service life due to a larger diameter. Dynex 26 x 0,5 mm Ideal for separating thick sprues (< 5 mm) and grinding larger areas on a restoration. Robust, even when under extreme strain such as lateral pressure. Longer service life due to a larger diameter. Noelia Heras, Esthetic Lab Zaragoza Spain We use the separating disk with less than 20,000 rpm and experience very good durability and stability. It is wear-resistant and generates little heat. Very robust, glass fiber reinforced separating and grinding discs, especially made for separating, cutting and grinding non-precious metal and model casting alloys. Dynex 22 x 0,7 mm Ideal for separating and grinding small areas such as shape correction. Very robust, even when under extreme strain such as lateral pressure and high rpm. Dynex 22 x 1,0 mm Ideal for separating and grinding small areas such as shape correction. Extremely robust, even when under extreme strain such as lateral pressure and high rpm. Dynex 26 x 0,7 mm Ideal for separating and grinding larger areas on a restoration. Very robust, even when under extreme strain such as lateral pressure. Longer service life due to a larger diameter. Dynex 26 x 1,0 mm Ideal for separating and grinding larger areas on a restoration. Extremely robust, even when under extreme strain such as lateral pressure. Longer service life due to a larger diameter. 6

7 Ihssan Hamadeh Laboratory owner Damascus Syria Renfert stands for quality, which is part of my life and of my success. The Dynex separating disk makes my work much easier. Thanks to the high quality, the long service life and flexibility, I am able to reach my goals easily and reliably. Extremely robust glass fiber reinforced separating and grinding discs, especially made for model casting alloys, non-precious metal alloys and for cutting through press ceramic investment rings. Dynex 40 x 0,4 mm Ideal for separating solid sprues and grinding larger areas on a restoration. Thin, flexible and at the same time robust, even under extreme strain such as cutting through very thick sprues. Dynex 40 x 0,5 mm Ideal for separating solid sprues and grinding larger areas on a restoration. Robust, even when under extreme strain such as cutting through thick sprues. Low-vibration cutting of press ceramic investment rings. Dynex 40 x 0,7 mm Ideal for separating solid sprues, processing model casting alloys and grinding larger areas on a restoration. Very robust, even when under extreme strain such as cutting through thick sprues. Only gentle pressure required. Low-vibration cutting of press ceramic investment rings. Dynex 40 x 1,0 mm Extremely long service life due to the very large diameter and the 1mm thickness of the separating disc. Only gentle pressure required during processing. Low-vibration cutting of press ceramic investment rings. Luigi de Stefano Luigi de Stefano & C. S.N.C Scafati Italy This separating disc has facilitated and optimized our everyday work. The materials are ground gently, and this stable and durable separating disc can be guided with good control. 7

8 Technical details and ordering information Application Art. No. Description Diameter Thickness Pieces Recommended rpm Max. rpm Min. Ø mandrel Ceramic Dynex Brillant 20 mm 0.20 mm 10 15,000 1/min. 50,000 1/min. 5 mm Ceramic Dynex Brillant 20 mm 0.25 mm 10 15,000 1/min. 50,000 1/min. 5 mm Ceramic Dynex Brillant 20 mm 0.30 mm 10 15,000 1/min. 50,000 1/min. 5 mm Titanium Dynex Titanium 22 mm 0.30 mm 20 15,000 1/min. 50,000 1/min. 5 mm Titanium Dynex Titanium 26 mm 0.30 mm 20 15,000 1/min. 50,000 1/min. 5 mm Precious metal Dynex 22 mm 0.20 mm 20 15,000 1/min. 50,000 1/min. 5 mm Precious metal Dynex 22 mm 0.25 mm 20 15,000 1/min. 50,000 1/min. 5 mm Precious metal Dynex 26 mm 0.25 mm 20 20,000 1/min. 50,000 1/min. 5 mm Precious + non-precious metal Dynex 22 mm 0.30 mm 20 20,000 1/min. 50,000 1/min. 5 mm Precious + non-precious metal Dynex 26 mm 0.30 mm 20 15,000 1/min. 50,000 1/min. 5 mm Non-precious metal Dynex 22 mm 0.40 mm 20 15,000 1/min. 50,000 1/min. 5 mm Non-precious metal Dynex 22 mm 0.50 mm 20 20,000 1/min. 50,000 1/min. 5 mm Non-precious metal Dynex 26 mm 0.40 mm 20 15,000 1/min. 50,000 1/min. 5 mm Non-precious metal Dynex 26 mm 0.50 mm 20 15,000 1/min. 50,000 1/min. 5 mm Non-precious metal + model casting Dynex 22 mm 0.70 mm 20 15,000 1/min. 50,000 1/min. 5 mm Non-precious metal + model casting Dynex 22 mm 1.00 mm 25 20,000 1/min. 50,000 1/min. 5 mm Non-precious metal + model casting Dynex 26 mm 0.70 mm 20 15,000 1/min. 50,000 1/min. 5 mm Non-precious metal + model casting Dynex 26 mm 1.00 mm 20 15,000 1/min. 50,000 1/min. 5 mm Non-precious metal + model casting Dynex 40 mm 0.40 mm 20 15,000 1/min. 38,000 1/min. 8 mm Non-precious metal + model casting Dynex 40 mm 0.50 mm 20 15,000 1/min. 38,000 1/min. 8 mm Non-precious metal + model casting Dynex 40 mm 0.70 mm 20 15,000 1/min. 38,000 1/min. 8 mm Non-precious metal + model casting Dynex 40 mm 1.00 mm 20 15,000 1/min. 38,000 1/min. 8 mm You will find detailed information at our web site. Follow us on Facebook, Twitter and YouTube. Our blog contains interesting topics on dental technology A