Digital Intraoral Camera
What is an Intraoral Camera?
An intraoral camera is a small, handheld device that fits comfortably inside your mouth to capture high-resolution video and images of your teeth, gums, and other oral structures. This camera helps both our dental team and our patients see the dental issues and conditions that would otherwise be invisible to the naked eye.
Benefits of Intraoral Camera Technology
- Improved Diagnostic Accuracy: The high-definition images captured by the intraoral camera provide a detailed view of your oral health, allowing for more accurate diagnoses and better treatment planning.
- Enhanced Patient Understanding: By displaying the images on a monitor, we can show you exactly what’s happening in your mouth. This visual explanation helps in understanding the diagnosis and the necessity of recommended treatments, making you an active participant in your dental care process.
- Early Detection of Dental Issues: Intraoral cameras can detect early signs of dental problems such as cracked teeth, gum disease, cavities, and worn-out fillings, leading to early interventions that can save time, money, and discomfort.
- Better Documentation and Record-Keeping: Digital images from the intraoral camera can be easily stored in your dental records for ongoing monitoring of your dental health. They can also be useful for insurance claims and in cases where a detailed dental history is required.
- Quick and Comfortable Experience: Using an intraoral camera is quick and comfortable, with no discomfort or preparation needed. The camera is simply moved around inside your mouth to capture video and images from various angles.
How We Use the Intraoral Camera
During your dental check-ups or specific treatments, our dental professionals use the intraoral camera to examine your oral cavity. This process is entirely non-invasive and painless. As we move the camera around your mouth, the live feed is displayed on a monitor, allowing us to conduct a thorough examination and discuss any findings with you in real time.
