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Caries diagnosis devices
Dental practices have long used a variety of caries diagnosis methods, but advances in technology have helped them detect caries earlier. In vitro tests have shown that light-emitting diode (LED) and laser fluorescence (LF) tools are effective in detecting caries. Both tools were used to examine approximal regions of teeth. They were also evaluated using stereomicroscopy. These tests measured the accuracy and sensitivity of the devices, and can be very useful in determining the stage of caries.
The use of light illumination to identify dental caries is an effective way to detect the presence of tooth decay, especially in children. This method does not require the use of radiation and is a popular choice among dental professionals. The DEXIS CariVu(tm) system uses near-infrared transillumination to detect oral caries without radiation. It works by causing tooth enamel to become transparent, revealing the tooth's structure. The images can be read like X-rays.
The most widely used caries diagnosis device is the Microlux Transilluminator. It is a handheld wand-like device that can detect cavities, apical fractures, and oral cancer screenings. The Microlux Transilluminator has a video tutorial and research references. It is one of the few FDA-approved caries detection devices. It is easy to use, and it allows the dentist to confirm findings made by the dentist manually.
The KaVo Diagnodent is another handheld device that uses a laser to measure the amount of reflected light. During a dental exam, a dental professional can examine the teeth with the device while the patient is still seated, and it can detect early signs of dental caries. The device can also be used to monitor the effectiveness of remineralization and prevent tooth decay. This diagnostic tool has been gaining popularity among dentists, and can be a valuable tool for your practice.
A laser fluorescence caries detection device is another innovative device for early caries detection. This device, which uses a low-energy laser, can be used to measure the amount of fluorescence emitted by bacteria in the tooth. Its red-fluorescence based model is the most accurate, while blue-fluorescence-based devices are less sensitive than their green-based counterparts. They can also be more sensitive than the previous generation of the KaVo Diagnodent.
In addition to radiographs, cutting-edge caries detection systems are changing the way caries is detected. New technology can detect caries earlier and in more places. The lasers in some models can cause fluorescence in the tooth. Some units can be integrated with intraoral cameras. By observing a patient's teeth, a dentist can see whether or not the disease is present. A digital camera is a great tool for diagnosing dental decay.
The Spectra early caries detection system was developed by Intech. The study compared the CarieScan with conventional X-rays to identify incipient caries. The Spectra system has the advantage of detecting enamel caries earlier than conventional X-ray radiographs. A DIAGNOdent can detect a lesion before it becomes a visible cavity. A dentist can also see the extent of tooth decay using a light-emitting fluorescence test.