Hu-Friedy Presidential Roots Forceps

The Hu-Friedy Roots Forceps are designed for the controlled removal of root tips, root fragments, and teeth with minimal remaining coronal structure. This collection includes Presidential™-style root forceps intended for situations where standard crown-engaging forceps are not appropriate.

Each instrument features long, slender, conical beaks engineered to adapt closely to root anatomy, allowing secure engagement deep within the socket. Longitudinal serrations enhance grip on root surfaces without excessive crushing, supporting controlled traction while helping reduce the risk of slippage. Specific models incorporate curvature or offset designs to match upper or lower root anatomy and improve access in confined spaces.

Manufactured from surgical-grade stainless steel, Hu-Friedy root forceps are built for strength, alignment stability, corrosion resistance, and repeated clinical use. All models are fully autoclavable and backed by a lifetime warranty against defects in material and workmanship.

Features

• Designed for extraction of roots, root fragments, and compromised teeth

• Long, slender conical beaks for deep, controlled engagement

• Longitudinal serrations to enhance grip on root surfaces

• Pattern-specific curvature for upper and lower root anatomy

• Presidential-style handle for stable leverage and tactile control

• Surgical-grade stainless steel construction

• Fully autoclavable

• Lifetime warranty against defects in material and workmanship

Available Models

• F300 — Upper roots; slightly curved, slender conical beaks with serrations

• F301 — Lower roots; heavily curved conical beaks with serrations

• F65 — Upper roots, root fragments, and overlapping incisors; offset (bayonet-style) narrow conical beaks

• F69 — Upper and lower roots and root fragments; long conical beaks for versatile root engagement

Hu-Friedy Roots Forceps are a practical choice for clinicians managing fractured teeth, retained roots, and difficult extraction cases requiring precise root engagement.