#3 Phosphor Imaging Plate - 2/Pack (AT-3)

MSRP: $139.70
$98.00
(You save $41.70 )
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SKU:
PST-3DDE-AT-3
  • A specialized, extra-long digital receptor used primarily for long bitewing radiographs, precision-engineered for compatibility with Air Techniques digital imaging systems like the ScanX

Uses

  • Long Bitewing Imaging:
    • Size #3 is specifically designed to capture the crowns and bone levels of multiple posterior teeth (premolars and molars) in a single horizontal view
  • Comprehensive Posterior View:
    • It is used when a clinician needs to see more teeth in one shot than a standard Size #2 plate allows, often reducing the total number of exposures needed
  • Periodontal Assessment:
    • Ideal for monitoring alveolar bone levels across several teeth to track the progression of gum disease

Features

  • Extended Dimensions:
    • Measuring approximately 27 x 54mm, it is significantly longer than the standard Size #2 plate
  • Ultra-Thin Profile:
    • At about 0.35mm thin (similar to a business card), it is highly flexible, allowing for easier placement in the back of the mouth
  • High Reuse Rate:
    • These plates are durable and guaranteed for over 500 uses, making them a sustainable choice for busy practices
  • Normal Light Operation:
    • They can be handled in standard room lighting, entirely eliminating the need for a darkroom
  • Wireless Design:
    • Like other phosphor plates, it is 100% wireless, removing the risk of cord damage and making it easier to position for the patient

Benefits

  • Increased Diagnostic Field:
    • Captures more anatomy per image, providing a broader view of the interproximal (between-teeth) spaces where decay often starts
  • Superior Patient Comfort:
    • The thin, flexible material and rounded edges prevent the "poking" or gagging sensation caused by rigid, thick digital sensors
  • Workflow Efficiency:
    • Ready for digital scanning immediately after exposure, with rich diagnostic-quality images appearing on-screen in seconds
  • Reduced Radiation:
    • Optimized for high sensitivity, requiring minimal radiation exposure to produce clear, precise illustrations