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Diamond Burs
For atraumatic preparation.
Our quality diamond instruments are characterized by a homogenous, perfectly embedded diamond coating for precise preparation and extended service life. The high grade tempered stainless steel shanks reduce the risk of breakage. Our burs run vibration-free and concentric and by this preserve the service life of your turbine handpieces. Rounded working parts allow for modern tooth preparation without sharp edges.
Benefits
- Rondomant® Gold Double Layer Instruments are our top of the line selection. Due to their special coating they offer superior abrasive efficiency and extended service life.
- The facing surfaces and edges of Kulzer instruments are always rounded, which is essential to ensure technically perfect transitions at the enamel margin, in the cavity and at the crown preparation.
- Self-sharpening for many cavities: the morphology of the Kulzer diamond particle alters during the cutting procedure; new, sharp fracture edges and cutting surfaces are created.
- Kulzer instruments have a high fracture resistance. The special stainless steel used for the shank is tempered to a strength of 2000 Newton per mm2.
- For conservative, minimally invasive cavity preparation we offer our Micro Burs.
Indications
Kulzer diamond instruments are suitable for preparing dental enamel and finishing filling materials. The instrument shapes and shank dimensions comply with current ISO standards for FG instruments (friction grip). Instrument designs are compatible with standard turbines and straight and contra-angle handpieces.
Science
For more preparations & for increased cost-effectiveness: Rondomant Gold Double Layer
The double layer of diamond particles is a special feature of the Rondomant Gold Double Layer diamond instruments. If a diamond particle becomes worn during preparation, the adjacent particle immediately takes over cutting. The result is a greatly increased cutting performance and extended service life of the instrument. These instruments therefore provide increased cutting capacity for more cavities and crown preparations. This is why the instruments are so cost-effective.
The diagram shows that, under controlled conditions for 17 cutting cycles over a defined path in the glass porcelain block, the Rondomant instrument requires seven minutes less cutting time than a conventionally coated diamond instrument.
Conclusion
The cutting capacity of the Rondomant diamonds is clearly longer than that of a conventionally coated diamond instrument.
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Instructions for use
Instructions for Use can be found on the e-IFU portal.
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