FG #835.009 Coarse Flat End Cylinder Diamond Bur – NTI

Specification:

• Manufacturer Code: C835-009
• Brand: NTI
• Type: Diamond Dental Bur
• Shape: Flat End Cylinder
• Grit: Coarse
• Size: 835.009
• Shank: FG (Friction Grip)
• Length: Normal
• Packaging: 5 Burs/Pack
• Usage: Crown Preparation / Shoulder Preparation / Axial Reduction / Flat Surface Creation

NTI FG #835.009 Coarse Flat End Cylinder Diamond Burs are precision diamond instruments designed for aggressive initial reduction and defined flat-floor preparation in crown and cavity procedures. The flat end cylinder geometry creates well-defined axial walls and flat preparation bases, while the coarse grit delivers efficient enamel and dentin removal during the early stages of restorative preparation.

Key Features:

• Flat End Cylinder Shape: The parallel-sided cylinder with flat end creates precise, defined axial walls and flat preparation floors, making it an essential bur for shoulder finish line development, box form preparation, and initial crown reduction.
• Coarse Grit: Aggressive diamond particle size enables rapid, efficient enamel and dentin reduction during the initial preparation stage, minimizing the number of passes required and supporting faster overall preparation time.
• FG Friction Grip Shank: Standard friction grip shank provides secure, reliable attachment to compatible high-speed handpieces, ensuring stable rotational performance and consistent cutting geometry throughout the preparation.
• Normal Length: Standard shank and head proportions provide optimal balance and intraoral control for routine crown and cavity preparation without the space constraints associated with short-shank variants.
• Precise 835.009 Diameter: The narrow 0.9mm head diameter supports accurate, controlled reduction in confined or space-restricted preparations where precise wall definition and minimal adjacent tooth contact are required.
• 5-Pack Format: Multi-unit packaging ensures a readily available supply for consistent bur replacement, supporting optimal cutting efficiency and reducing performance variability associated with worn bur use.