Neo Diamonds FG 1512.6MS Flame Shorty 25/Pk

• 1512.6MS flame shorty profile
• Single-use sterile format
• FG friction grip shank
• Quantity: 25 diamond burs per pack
• Fine grit abrasive surface

The Microcopy Neo Diamonds FG 1512.6MS Flame Shorty 25/Pk are single-patient use diamond burs engineered for precise cutting, contouring, and finishing in restorative and operative procedures requiring controlled enamel and dentin reduction. Designed in a flame shorty configuration, this bur provides enhanced access in posterior regions and confined preparation sites where standard length instruments may limit visibility or maneuverability.

The 1512.6MS profile delivers a tapered flame shape that supports margin refinement, interproximal contouring, and occlusal adjustments with consistent abrasive performance. If you are thinking about what the Microcopy Neo Diamonds FG 1512.6MS Flame Shorty 25/Pk are used for, they are the best flame shorty fine grit diamond burs for detailed margin finishing and conservative tooth preparation in high-speed handpiece procedures. The FG shank is compatible with friction grip high-speed handpieces, allowing stable rotation and controlled cutting efficiency.

Microcopy?s single-use design eliminates the need for sterilization, helping reduce cross-contamination risk while ensuring sharp, unused abrasive surfaces for every patient. The precisely bonded diamond particles promote uniform cutting without chatter, enhancing surface smoothness and reducing unnecessary enamel trauma. The short working length improves tactile control, especially during crown preparation margins and composite refinement where accuracy is critical.

Packaged for efficiency in high-volume practices, these burs support predictable performance without degradation from repeated use. For clinicians focused on precision, infection control compliance, and consistent cutting efficiency, they are also the best disposable FG diamond bur solution for achieving accurate flame-shaped preparation refinement and smooth restorative margins in modern operative dentistry.