$64.38

• Pre-sterilized design supports chairside readiness
• Round-end taper supports controlled preparation
• Coarse diamond grit provides efficient reduction
• FG shank fits compatible high-speed handpieces
• Green coding identifies the coarse grit quickly
• Quantity: 25 per Pack

Premier Dental Solo Diamond Single Use Burs, FG, Round End Taper, #1116.10, 1.6 Millimeter, Coarse, Green are used for rotary tooth preparation and adjustment when a pre-sterilized, single-patient-use diamond bur with a round-end taper profile is preferred. This coarse-grit variant combines friction-grip compatibility with a 1.6mm head diameter for controlled restorative preparation, and the Green color identifies the coarse grit, helping the clinical team distinguish this version from finer Solo Diamond options during tray setup. Each pack contains 25 individually pouched, pre-sterilized burs.

Dental offices ordering single-use diamond burs from their supplier can buy this #1116.10 coarse configuration for preparation workflows requiring tapered walls and a rounded internal transition, since the friction-grip shank supports compatible high-speed handpieces while the sterile individual pouches allow a fresh instrument to be opened for each patient without reprocessing after use. Solo Diamond burs use diamond abrasive on a rotary cutting instrument designed for intraoral tooth preparation and adjustment. Each bur is supplied pre-sterilized in an individual sealed pouch, allowing a fresh instrument to be opened for each patient and eliminating the need to reprocess the bur after use. The coarse diamond grit supports efficient tooth reduction, while the round-end taper profile provides a shape commonly selected for controlled axial reduction and chamfer-style preparation designs, and the combination of diamond abrasive, tapered geometry, friction-grip shank, and sterile single-use presentation supports efficient integration into restorative rotary workflows across a range of crown and bridge preparation cases requiring consistent axial reduction.