Angle Plier

This plier has been specifically designed to bend, shape, and create precise angulations in wires and orthodontic archwires, allowing the creation of loops, bends, and controlled adjustments without damaging the material or altering the biomechanical properties of the treatment.

The Angle Plier BD5-051 is an essential professional instrument in fixed orthodontic treatments, especially indicated for the fabrication and modification of orthodontic archwires, performing first, second, and third order bends, as well as intraoral adjustments with maximum precision.

Main features of the Angle plier BD5-051:

• Angle-type design (precision angular tip) that allows exact and controlled bends in round and rectangular wires.
• Made of medical-grade stainless steel, highly resistant to corrosion, durable, and suitable for repeated autoclave sterilization.
• Fine and aligned active tips that ensure precise bending without marking or weakening the orthodontic wire.
• Allows the fabrication of loops, angulations, and biomechanical adjustments in steel, NiTi, and other materials used in orthodontics.
• Ergonomic and balanced design that provides a comfortable, firm, and secure grip, reducing practitioner fatigue during prolonged procedures.
• Suitable for clinical and laboratory use in orthodontic treatments with multibracket systems and customized techniques.

Instructions for use of the Angle plier for orthodontics:

• Before use, ensure the plier is properly clean, disinfected, and sterilized.
• Place the wire or orthodontic archwire between the active tips of the plier at the point where the bend is desired.
• Correctly align the instrument to obtain the desired angle or curvature.
• Apply firm and controlled pressure until the required angulation or loop is achieved.
• Verify the precision of the bend before placing or adjusting the archwire in the mouth.

This plier is ideal for orthodontic clinics, dental practices, and dental laboratories seeking a precise, resistant, and reliable tool for wire forming, optimizing the biomechanical control of the treatment, and improving clinical efficiency in fixed orthodontic procedures.