Orthodontic pliers are specialized hand instruments used in orthodontics for cutting, bending, placing, or removing orthodontic appliances. They are usually made of stainless steel to withstand repeated sterilization and mechanical stress. Each type of plier is uniquely designed for a specific clinical function.
Used to cut the distal ends of archwires protruding beyond the last bracket or buccal tube.
Designed to hold the cut wire segment securely, preventing it from dropping into the patient’s mouth.
Helps seat and push orthodontic bands onto molars.
Has a flat, smooth surface that applies pressure without damaging the tooth or gingiva.
Used to remove orthodontic bands from molars.
One tip engages under the band while the opposite side has a protective pad to rest on the crown.
Used to attach and crimp auxiliary hooks (crimpable hooks) onto archwires.
Provides firm fixation of hooks without damaging the wire.
Commonly used for placing and tying elastic or wire ligatures around brackets.
Features a spring-lock mechanism with fine, narrow tips; also useful for handling small elastics.
A versatile plier used to hold and guide archwires into bracket slots.
Serrated, tapered tips prevent slipping while handling wires.
Functions like a fine tweezer.
Used for placing elastic ligatures, separators, or other small orthodontic components.
Cone-shaped and pyramidal tips designed for bending archwires and forming loops.
Very common in wire adjustments and loop fabrication.
Designed to apply torque (controlled root movement) to rectangular archwires.
Allows precise angular adjustments of wires.
Specifically made for cutting thin ligature wires.
Small, sharp cutting edges provide precision.
Used to remove brackets from the tooth surface.
Often has padded tips to protect enamel during bracket removal.
Made of high-quality stainless steel or titanium.
Autoclavable for sterilization.
Ergonomic design to reduce hand fatigue.
Hardened, durable tips for long-lasting performance.