Are available in over 1000 sizes and grits, offering a wide selection of instruments to suit individual preferences.
We understand the difference between high and low quality diamond instruments and strictly adhere to 5 key manufacturing requirements that influence quality and durability of SS White® diamond instruments.
Grade of raw materials: SS White® diamond rotary instruments are made with quality industrial diamonds, either natural or synthetic.
Uniform diamond particle size: High quality diamonds are crushed, then carefully graded for size and quality to assure consistent particle size for a particular grit for efficient cutting, smooth preparations and less vibration.
Uniform diamond particle coating: Optimum spacing of diamond particles is essential for faster, smoother cutting and durability. Each set of diamond instruments manufactured by SS White® is manually and mechanically monitored to insure consistent and optimal diamond coverage.
Optimum embedding of diamond particles: SS White® diamond instruments are manufactured utilizing a proprietary galvanic bonding process. Quality diamond instruments require proper embedding of diamond particles within the metal substrate that secures the diamond to the blank to assure an excellent cutting rate after multiple uses. If particles are embedded too deeply in the matrix the result is areas that are void of diamond particles and clinicians will experience slower reduction of the material being cut, which will increase heat buildup and the risk of pulpal damage.
Precisely ground blanks: SS White® diamonds exceed ISO requirements for concentricity allowing the instruments to run smoothly and vibration free. Exacting control of shank circumference assures concentricity and balance during high rotational speeds.