Tweed Arch Bending Pliers

Tweed Arch Bending Pliers – Orthodontic Wire-Shaping Instrument

A specialized orthodontic plier designed for precise bending and contouring of archwires, particularly square or rectangular wires in fixed appliance systems. These pliers enable clinicians and technicians to form consistent offsets, loops, and finishing adjustments with control and accuracy.

Key Features

• High-Quality Stainless Steel Construction
  Crafted from surgical-grade stainless steel to ensure durability, corrosion resistance, and performance through repeated sterilization cycles.

• Precision Beak Design
  The beaks are designed with a narrow width (for example ~0.060″) and precise alignment, allowing controlled bends in wires up to approximately 0.022″ × 0.028″ (≈0.56 mm × 0.71 mm).

• Offset and 90° Bending Capacity
  Engineered to facilitate offset bends, vertical “step-up/step-down” adjustments, and sharp 90° bends—enhancing finishing and detailing of archwires.

• Ergonomic Handle and Balanced Form
  Designed for clinician comfort and precision control during wire adjustment tasks, helping reduce hand fatigue during extended use.

• Autoclavable & Reusable
  Suitable for standard steam sterilization protocols; maintains tip alignment and functional integrity over many cycles.

Applications

• Bending and contouring archwires in orthodontic appliance systems—especially rectangular or square wires.

• Creating offset bends (step-up/step-down) and finishing details in archwires for enhanced tooth movement control.

• Final finishing adjustments in orthodontic treatments where precise wire geometry is required.

• Both clinical (chairside) and lab work involving archwire shaping, detailing, and customization.

Ideal For

• Orthodontists, orthodontic assistants and technicians who require high-precision instruments for archwire manipulation.

• Dental clinics and labs focusing on custom wire shapes, finishing wire phases and quality appliance work.

• Teaching clinics and training environments presenting orthodontic wire-forming techniques.