These torqueing pliers are designed to place torque in a specific section of the archwire without distortion to adjacent sections of the wire. The pliers are accompanied with a .016”/.018” key. 800-0804

Perfect for intraoral access to remove lingual brackets and bite turbos. This plier incorporates an innovative spring mechanism to improve durability and increase arm radius for better movement to enhance patient comfort. 800-0431

Tie Less. Control More. Whether you treat with conventional twins or self-ligating brackets, the SnapLink re-convertible tube helps you gain more control and treat patients more efficiently. Each tie-less, low-friction SnapLink tube makes wire changes and posterior tooth movement snap. As a result, patients will experience shorter appointments and more comfortable treatments.

This plier has the ability to make 1 mm V-bends anywhere desired within the archwire (including nickel titanium). Provides positive stops and prevents the archwire from traveling. Wires up to .022” x .025” (.53 mm x .64 mm). 800-0228

High-spring properties are ideally suited for orthodontic use. An .030” coil I.D., in two-foot length, packaged in a convenient plastic dispenser.

Designed for fitting of stainless steel crowns to add contour or curvature through crimping trial-fitting crowns to ensure they fit securely on the patient’s tooth. 800-0160

Nickel-titanium springs deliver lower force levels which can help minimize discomfort. These springs require less wire than stainless steel to deliver the necessary forces while minimizing tooth trauma and patient discomfort. The springs are designed for efficient tooth movement, better sliding mechanics and better oral hygiene.

These solid chrominum molybdenum stainless steel cutters are constructed for better stability and resistance. It is devised for cutting soft wire pints and ligature wires up to 0.12” (.30mm), it’s slim profile provides easy access to confined areas. 803-0512

Nickel-titanium springs deliver lower force levels which can help minimize discomfort. These springs require less wire than stainless steel to deliver the necessary forces while minimizing tooth trauma and patient discomfort. The springs are designed for efficient tooth movement, better sliding mechanics and better oral hygiene.