Measure Implant Strength, Not Guess It
DentX is an advanced dental implant stability scanner that evaluates implant integration using optical resonance analysis. Unlike traditional methods that rely on manual probing, hammer tests, or torque estimation, DentX provides objective, quantitative assessment of implant stability—without physical contact.
By focusing on micro-movements of the implant, DentX empowers dental clinicians to make confident decisions, reduce failure risk, and optimize patient outcomes.
How It Works
DentX operates by sweeping illumination across 300–1200 Hz, detecting microscopic vibrations of the implant body. These subtle oscillations reflect the mechanical stability and osseointegration of the implant.
The system converts micro-motion into quantifiable data, providing a precise measure of implant strength and identifying potential areas of concern before complications arise.
Clinical Applications
DentX replaces traditional, often subjective methods for assessing implant stability, such as:
- Hammer-based percussion tests
- Manual torque evaluation
- Costly imaging such as ICAT scans
By providing objective, reproducible data, DentX reduces surgical uncertainty, helps prevent implant failure, and supports evidence-based clinical decisions.
Applications & Settings
DentX is suitable for use in:
- Dental implant clinics
- Oral surgery practices
- Post-operative follow-up
- Research and clinical studies
Its portable, software-driven design allows dentists to integrate quantitative stability assessment seamlessly into routine workflows, improving treatment planning and patient confidence.
Key Advantages
| Feature | Benefit |
|---|---|
| Optical resonance scanning (300–1200 Hz) | Detects implant micro-movement precisely |
| Non-contact assessment | Safe, painless, and hygienic |
| Quantitative stability metrics | Eliminates guesswork in implant evaluation |
| Replaces invasive/manual tests | Reduces risk of damage and patient discomfort |
| Early detection of instability | Enables proactive intervention and better surgical outcomes |