Equine Fragment Forceps 19" is a surgical instrument that allows veterinarians to extract with great care a small piece of bone, roots of teeth, from the place of surgery or during dental operations in horses, without causing trauma to the surrounding tissues. The instrument's handle is slim and ergonomically designed, reducing hand fatigue. The tip, which has serrations, grips the fragments firmly, and the 19" length gives the user deep access.
These forceps are made from stainless steel, which is strong enough to withstand repeated sterilization and constant use; thus, during demanding surgeries, clean, efficient fragment removal is guaranteed.
19″ length for deep access
Serrated tip for secure grip
Slim ergonomic handle
Ideal for equine fragment/root removal
Reusable & sterilizable
Please note that website images are often representative of the product family and may not conform to the exact specifications or features of the item you select. The final specifications will match the description of the specific product you select. Please review such specifications in the item description to ensure the correct product is ordered.
Please note that website images are often representative of the product family and may not conform to the exact specifications or features of the item you select. The final specifications will match the description of the specific product you select. Please review such specifications in the item description to ensure the correct product is ordered.
Root Fragment Forceps 19" with 60 mm Tip makes it possible for veterinarians to take equine teeth root fragments out with safety and efficiency. The 42 cm-long handle provides deep access; at the same time, the 60 mm serrated to securely holds the tooth.
The slender design helps reduce the damage to the tissues, and the top-notch stainless steel manufacturing renders the forceps strong, able to be reused, and autoclavable, thus making them suited for frequent dental interventions.
19" handle for deep reach
60 mm serrated tip for secure grip
Slim design minimizes tissue trauma
Reusable and autoclavable