Original: $0.94
-65%$0.94
$0.33The Story
The 330 Carbide Bur (Low Speed – RA) is a precision pear-shaped tungsten carbide bur designed for use with contra-angle low-speed handpieces. It offers excellent cutting efficiency, durability, and control, making it ideal for caries removal, cavity refinement, and conservative tooth preparation.
Features:
-
Shape: Pear-shaped (ISO #330) – allows smooth entry and undercut formation.
-
Shank Type: RA (latch-type) – suitable for low-speed contra-angle handpieces.
-
Material: High-quality tungsten carbide – ensures long-lasting sharpness and wear resistance.
-
Head Size: Ø 1.6 mm, depth approx. 0.9 mm.
-
Precision Cutting: Provides clean, accurate cavity margins and reduces risk of enamel chipping.
-
Controlled Speed: Designed for efficient caries removal and cavity refinement at low rotational speeds.
Applications:
-
Conservative cavity preparations.
-
Caries removal.
-
Access refinement in endodontic and restorative procedures.
-
Creation of undercuts for secure restorations.
Description
The 330 Carbide Bur (Low Speed – RA) is a precision pear-shaped tungsten carbide bur designed for use with contra-angle low-speed handpieces. It offers excellent cutting efficiency, durability, and control, making it ideal for caries removal, cavity refinement, and conservative tooth preparation.
Features:
-
Shape: Pear-shaped (ISO #330) – allows smooth entry and undercut formation.
-
Shank Type: RA (latch-type) – suitable for low-speed contra-angle handpieces.
-
Material: High-quality tungsten carbide – ensures long-lasting sharpness and wear resistance.
-
Head Size: Ø 1.6 mm, depth approx. 0.9 mm.
-
Precision Cutting: Provides clean, accurate cavity margins and reduces risk of enamel chipping.
-
Controlled Speed: Designed for efficient caries removal and cavity refinement at low rotational speeds.
Applications:
-
Conservative cavity preparations.
-
Caries removal.
-
Access refinement in endodontic and restorative procedures.
-
Creation of undercuts for secure restorations.


















