Supported by 30 clinical studies and 78 global patents, QPD quantifies how each tooth responds to gentle percussion, giving clinicians objective information about “internal” mobility — generally associated with cracks or loose restorations.*

Gentle, 2.5-millisecond taps are applied to the tooth, collecting data without discomfort or radiation exposure.

Each tap generates an energy feedback wave that InnerView captures through advanced sensors, reflecting how the tooth structure responds to controlled percussion.

InnerView’s proprietary algorithms — built on machine learning and finite-element analysis — process these waves in real time to produce clear, objective mobility values.

Every data point is stored for comparison across visits, allowing clinicians to observe mobility trends over time and support proactive, confident treatment planning.
QPD quantifies "internal" mobility — changes generally linked to cracks and loose restorations.*
Replaces subjective assessment with consistent, measurable data for confident decisions.
Monitors subtle structural changes across visits, helping clinicians identify emerging issues and protect tooth integrity over time.
For the first time ever, dentistry has a way to identify the presence of cracks and loose restorations – objectively and without guesswork.
It’s a breakthrough that gives clinicians measurable insight into tooth structure and stability — and sets a new standard in diagnostic precision.
*Disclaimer: InnerView is not FDA approved to diagnose medical conditions. The device provides quantitative measurements of movement within the tooth structure. Clinical interpretation is the responsibility of the clinician.

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