FG #862.010 Fine Flame Diamond Bur – NTI

Specification:

• Manufacturer Code: F862-010
• Brand: NTI
• Type: Diamond Dental Bur
• Shape: Flame
• Grit: Fine
• Size: 862.010
• Shank: FG (Friction Grip)
• Length: Normal
• Packaging: 5 Burs/Pack
• Usage: Cervical Margin Finishing / Subgingival Access / Bevel Preparation / Axial Wall Refinement

NTI FG #862.010 Fine Flame Diamond Burs are precision diamond instruments designed for controlled finishing and margin refinement in areas requiring tapered access and fine detail work. The flame shape provides a pointed, tapered cutting profile suited for cervical margin beveling, subgingival finishing, and axial wall refinement, while the fine grit delivers precise, smooth material removal during the finishing stages of crown and cavity preparation.

Key Features:

• Flame Shape: The elongated tapered profile with a pointed tip enables precise access to cervical margins, subgingival areas, and narrow preparation sites, making it the preferred shape for finish line refinement and bevel placement in crown and inlay preparations.
• Fine Grit: Fine diamond particle size provides controlled, smooth material removal ideal for finishing cervical margins, refining axial walls, and achieving accurate preparation geometry without over-reduction of tooth structure or soft tissue trauma.
• 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 finishing procedure.
• Normal Length: Standard shank and head proportions provide optimal balance and control for routine intraoral margin finishing and preparation refinement without the additional reach of surgical length variants.
• Precise 862.010 Diameter: The 1.0mm head diameter supports accurate, controlled access to narrow cervical and subgingival sites where fine detail finishing and margin precision are critical to the final restoration fit and seal.
• 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.