George Gauge Kit

$125.00

The George Gauge kit is a dental device primarily used by orthodontists and dentists to measure the protrusion and the lateral deviation of the mandible (lower jaw).

Included in Package

1 Gauge

1 Standard 2mm bite fork
1 Standard 5mm bite fork
1 Long 2mm bite fork
1 Long 5mm bite fork

Extra forks sold separately.

UGS : GA060 Catégorie :

Description

The George Gauge kit is a dental device primarily used by orthodontists and dentists to measure the protrusion and the lateral deviation of the mandible (lower jaw). It helps in accurately assessing the position and movement of the jaw, which is crucial for diagnosing and planning treatments for various dental and orthodontic conditions, including temporomandibular joint disorders (TMD), occlusal discrepancies, and planning for orthognathic surgery or orthodontic interventions.

Key Features and Uses of a George Gauge

  1. Mandibular Protrusion Measurement: It helps measure the extent to which the mandible can be moved forward, which is important for diagnosing and treating conditions like sleep apnea and for designing mandibular advancement devices (MADs).
  2. Lateral Deviation Measurement: The gauge can also measure side-to-side movements of the jaw, which can be useful in assessing asymmetries and planning corrective treatments.
  3. Customizable Bite Registration: The device can be used to take precise bite registrations at different mandibular positions, aiding in the creation of dental appliances that fit accurately.
  4. Simple and Accurate: The George Gauge is designed to provide straightforward and reliable measurements, making it a valuable tool in both clinical and laboratory settings.

    • 2mm Bite Fork: Measures anterior vertical dimension. Ideal for deep bite cases.

    • 3mm Bite Fork: Measures posterior opening only. Ideal for the D-SAD appliance.

    • 5mm Bite Fork: More widely preferred for measuring the anterior vertical dimension

    Regardless of where you measure, you will do it easier, quicker, and more accurately using a George Gauge.

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