The KR Table – for ceramic primary parts and the milling of all alloy types.
The reliable, precise way to dress any polisher to the angle desired.
With pre-assembled locking shaft for simple production of locking plates.
The advantages of the KR table:
The integrated radius of the dressing diamond creates the identical radius on the polisher as on the milling instruments.
Utmost precision for 0・・, 1・・, 2・・, 4・・ and 6・・ angles.
Two different dressing diamond grain sizes make abrasive dressing and smoothing of any polisher possible.
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Further uses: Locking plate For cutting locking plates, the KR table features five different locking shafts: 1.0 mm, 1.2 mm, 1.3 mm, 1.4 mm and 1.5 mm.
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The KR table set consists of: A KR table with five wells for 0・・, 1・・, 2・・, 4・・ and 6・・ angles. A course-grain dressing diamond with green ring for polisher adjustment. A medium-grain dressing diamond without colour marking for smoothing the polisher for a scratch-free gloss. An Allen screwdriver for quickly securing the dressing diamond in the KR table. |
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The magnetic base ensures secure fixing of the KR table in the milling device. The holes are open at the bottom to facilitate cleaning. |
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The dressing diamond can be secured with two fingers. The high precision of the KR table and dressing diamond means very little force is required. |
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According to requirements, rough grinding should be done with the medium diamond. |
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With the coarse dressing diamond, green ring, the green CeraGlaze is dressed. Attention : Never use the green CeraGlaze on the medium-grain dressing diamond as this will be destroyed by the polisher! |
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The blue polisher perfectly prepares the ceramic surface for polishing. |
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After using the yellow, high-gloss polisher, the surface profile takes on a “re-glazed” appearance. |
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This is followed by polishing the primary part. The CeraGlaze polishers are also suited to this purpose. |
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The pink GalacticGold polisher creates a brilliant high shine on all precious alloys and on copper-containing alloys in particular. |
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Research at the University of Jena has shown the following: M. Dornbrack, A. Rzanny, D. Welker, H. Kupper: “Our results have shown that NTI’s CeraGlaze instruments can achieve the profilometrically measurable surface quality of glaze firing. (Roughness value RA 0.28 μm.)” Deutsche Zahnarztliche Zeitschrift Heft 8/ 2002 (German Dental Journal, August 2002). |
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