139 Bird Beak Pliers, Long Tip

139 Bird Beak Pliers – Long Tip

A specialized orthodontic utility instrument designed for precise wire-forming, bending loops, and adjusting clasps and appliance components. The “Long Tip” version offers extended reach and enhanced access for work in confined or posterior areas.

Key Features

• Long, Tapered Bird-Beak Tips: The tips are elongated and tapered (“bird-beak” style) which allows for fine shaping of wires and loops with minimal distortion.

• Wire Capacity for Round Wire up to ~0.030″ (0.76 mm): Engineered for shaping round wires up to about 0.030″ diameter, making it suitable for many standard appliance and loop-forming tasks.

• Durable Stainless Steel Construction: Built from high-grade stainless steel to provide strength, corrosion resistance, and maintain performance through repeated sterilization cycles.

• Utility & Multi-Purpose Use: Ideal for forming loops, adjusting clasps, bends and other wire-forming tasks in both clinical and laboratory orthodontic settings.

• Extended Reach for Posterior or Crowded Areas: The long tip offers better access in tight or posterior regions, improving visibility and manipulation of wires and appliance components.

• Autoclavable & Reusable: Designed for repeated use in clinical practice with sterilization compatibility, ensuring hygienic, long-term performance.

Applications

• Forming loops and helicals in archwires and appliance wires

• Adjusting and shaping small wires, clasps, and attachments in orthodontic appliances

• Working in posterior or crowded regions where access and visibility are restricted

• Lab work as well as chairside adjustments of wires and auxiliary components

Ideal For

• Orthodontists, dental technicians and assistants who perform wire forming and appliance adjustments regularly

• Dental labs that require reliable pliers for precision shaping of wires and components

• Clinics that handle complex appliance work or need specialized tools for tight access areas

• Educational settings training wire-forming and loop-making techniques