De la Rosa Plier with Grooves

This plier has been specifically designed to bend, contour, and shape orthodontic wires with maximum precision and control, allowing curves, adjustments, and activations without slippage or unwanted deformations of the archwire.

The Serrated De la Rosa Plier BD5-082 is an essential professional instrument in fixed and removable orthodontic treatments, especially indicated for the precise shaping of archwires and performing controlled bends in round and rectangular wires.

Main features of the De la Rosa plier with grooves BD5-082:

• Specifically designed for precise bending and contouring of orthodontic wires, allowing uniform curves and detailed adjustments.
• Active tips with anti-slip grooves that improve wire grip, providing greater control during manipulation and preventing unexpected displacement.
• Made of medical-grade stainless steel, highly resistant to corrosion, durable, and suitable for repeated autoclave sterilization.
• Allows the creation of round curves, loops, and biomechanical adjustments with precision, maintaining the structural integrity of the archwire.
• Ergonomic and balanced design that provides a comfortable, firm, and secure grip, reducing practitioner fatigue during prolonged clinical procedures.
• Suitable for clinical and laboratory use in orthodontic treatments with multibracket systems and auxiliary appliances.

Instructions for use of the De la Rosa plier with grooves for orthodontics:

• Before use, ensure the plier is properly clean, disinfected, and sterilized.
• Select the appropriate orthodontic wire according to the treatment plan.
• Place the wire between the grooved tips of the plier in the area where the bend or adjustment is desired.
• Apply firm and controlled pressure to shape the desired curve or activation.
• Verify the precision of the bend before placing the archwire in the mouth or continuing with the clinical procedure.

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