ELA Inverted Cone Tungsten Carbide Burs RA (Model C2 - Pack of 2)

(0) 0 Reviews 0 Orders 0 Wish listed

140EGP

Sizes :

#008

#010

#012

#014

#006

Quantity :

Total price :

(Tax : )

Overview
Reviews

ELA Inverted Cone Tungsten Carbide Burs (RA-C2 Series) are precision rotary instruments designed for slow-speed mechanical undercut preparation, flat floor conditioning, and deep caries excavation. Featuring a latch-type (RA) shank for contra-angle handpieces and a micro-grain tungsten carbide inverted cone head, these instruments offer exceptional tactile feedback and clean lateral cutting action for restorative interventions.
Key Clinical Applications:
Undercut & Retention Formation: Safely creates mechanical retention locks and grooves in amalgam or composite preparations.
Slow-Speed Caries Excavation: The inverted geometry allows controlled, tactile peeling of deep carious dentin without high-speed vibration risks.
Flat Floor & Line Angle Definition: Squares off internal pulpal and gingival floors for stable restoration seating.
Product Features:
RA Latch-Type Shank: Securely locks into standard contra-angle slow-speed handpieces for optimal torque and speed control.
Micro-Grain Tungsten Carbide: Provides superior blade strength, edge retention, and resistance to wear under torsional stress.
Inverted Cone Geometry: Flat end perpendicular to the shaft facilitates lateral cutting and sharp internal angle creation.
Targeted Fine Sizes (008, 010, 012): Compact diameters ideal for precise conservative cavities and micro-preparations.

⚙️ Technical Specifications (Data Grid)

Technical Feature	Specification Detail
Brand & Manufacturer	ELA
Product Line / Model	C2 Inverted Cone Carbide Burs
Shank Type	RA / Latch-Type (Contra-Angle Low-Speed Handpiece)
Available Sizes (Head Diameters)	008, 010, 012
Instrument Shape	Inverted Cone (Flat-end taper)
Material Composition	Premium micro-grain tungsten carbide head with stainless steel shank
Packaging Unit	Pack of 2 burs
Indications	Undercut preparation, cavity floor flattening, slow-speed caries excavation