Flat Nose Pliers both sides serrated 14cm

Flat Nose Pliers both sides serrated 14cm

The Flat Nose Pliers both sides serrated 14cm runs on a 14-cm German stainless-steel chassis with two opposing flat-faced beaks of equal taper. Cross-cut serrations cover the inner surface of each jaw. The beaks meet edge-to-edge along their full length without overlap. A riveted box-joint pivot sits at the jaw base. Both handle shanks extend outward in a long sweep and return inward at the grip ends through spring-back memory.

As a standard reference among flat nose pliers, this 14-cm variant accommodates wire gauges from 0.014 to 0.030 inch. The jaws grip ribbon arches without flattening their edge geometry. A satin-frosted finish reduces operatory glare. The instrument tolerates steam autoclaving at 134°C, ultrasonic cleaning baths, and chemical disinfection without surface degradation. Jaw closure remains parallel after thousands of bending cycles, and the box-joint rivet stays smooth across years of clinic use.

In fixed orthodontic appliance therapy, the Flat Nose Pliers both sides serrated 14cm earns daily use at the chairside. Orthodontists grasp the archwire between the two serrated jaw faces to make crisp angular bends, step-down offsets, and torque adjustments. The dual-serrated surface prevents the wire from rotating or slipping during forming work. It pairs naturally with a Flat Nose Pliers & Cutter kit for full archwire preparation from cutting to bending.

Past the point of sale, Leader Surgical keeps the door open for clinic accounts. The workshop accepts instruments for re-tipping, joint re-tensioning, and refinishing. A small in-house service desk handles each case by hand. Pliers that have logged a decade of clinical use often come back fully restored rather than replaced. That after-sale commitment quietly explains why so many clinics stay loyal across generations of practice ownership.

What is the benefit of having serrations on both sides?
The “checkered” or “cross-serrated” pattern on both inner jaw faces provides a vice-like grip. This prevents the material from slipping or rotating during high-pressure tasks, which is especially important when working with oily or smooth metal components.