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The L1P-1F intraoral scanner (IOS) system is intended for aid in diagnosis of caries.

The L1P-1F intraoral scanner (IOS) system is intended for aid in diagnosis of caries. The L1P-1F system consists of a scanner and a detachable scanner tip which enables scanning using white and blue (fluorescence) Light Emitting Diodes (LEDs). A single-use scanner body sleeve is mounted on the scanner before being introduced into the mouth of a patient for scanning of the teeth. The interface to the computer is handled by ScanSuite TRIOS which functions as a Hardware Abstraction Layer (HAL). The scan control of, and data transmission from the scanner is handled by the TRIOS module software, which holds the interface to the user. The L1P-1F system also consists of the TRIOS Patient Monitoring software which aids in diagnosis of occlusal and surface caries. The functional principle of L1P-1F (TRIOS 5) is to collect images of the object scanned by means of focus scanning, where light from the LEDs travels through the optical system to the object being scanned and back to an image sensor. 3D data collected by combining blue and white light in turn. 3Shape TRIOS A/S modifies L1P-1F (TRIOS 5) to include a single-use tip, TRIOS Ready Tip (TST-15), as an alternative to the already cleared reusable tip (TST-11).

The Qraycam PRO is intended to be used as an aid in the diagnosis of dental caries.

Qraycam PRO is a fluorescence caries detection aid, designed to assist dentists and dental specialists in identifying caries areas during oral health examinations. The device produces images that can be displayed on an LCD screen attached to the main body or on a computer monitor.

For use as an aid in the diagnosis of dental caries

SmarTooth (STL-02-BK) is an optical dental caries diagnostic device that uses a laser to help diagnose dental caries. The SmarTooth (STL-02-BK) is composed of a portable hardware main body with batteries, a main body holder, and a mobile application. The hardware components provide a laser source, an LED indicator, and a zero point adjustment (calibration) unit to aid in the detection and monitoring of dental caries lesions in teeth. The software component provides a meter with a digital read-out between 0 and 99. The hardware device is a pen-type device consisting of a laser diode that generates a laser and a photodiode sensor to detect fluorescent light. Both the sensor and laser diode are mounted at the tip of the device to be introduced into the mouth of the patient for scanning of the teeth. The tooth is exposed to irradiation of a 650 nm wavelength laser by this device, and a value from the detected fluorescent light is displayed to refer to the diagnosis of dental caries. The information from the scanner is handled by the Software, which holds the interface to the user. As a battery-operated, portable laser source with a photodiode sensor, the subject device is designed for handheld operation. The dental probe is a replaceable, single-use component made from ABS material. This component is sized and dimensionally configured to achieve close contact with the tooth being examined. The tip ensures physical and optical contact with dentinal fluid at sites that are not readily accessible or evaluated using traditional means. The main body holder is used to calibrate the device before measuring the teeth. The main body is powered by a 1.5-volt AA-type alkaline battery. This unit has two LED lamps (status and measurement), one power button, one laser output, and a beeper sounds one time when pushing the power button for 1 second to turn on and 3 seconds to turn off the device. The main body should be paired with the zero point adjustment unit on the main body holder before use to calibrate the necessary optical zero point. Users can start the measurement by clicking the "Measure" button on the application screen.

C50 is intended for clinical practice of general dentistry, as an aid in the diagnosis of pit and fissure caries, as an aid to highlight dental plaque and gingival inflammations (restricted to gingival inflammations which lead to bleeding upon probing) and as intra-oral camera to visualize anatomical details invisible to the naked eye or with a mirror (thanks to magnification).

The C50 is an intraoral video camera equipped with LEDs to illuminate the inspection site. The C50 optics and its complementary metal oxide semiconductor (CMOS) sensor capture the natural fluorescence of the site under observation and convert the images into a video signal that is sent to the computer via a USB interface. The dental practitioner can use the images displayed on the computer screen as an aid in diagnosis. A USB Type-C (camera) to USB-A cable is provided to connect the C50 to a computer. The C50 provides the following functions: Aid in the detection of pit and fissure caries Information about patient dental hygiene Highlighting of dental plaque Highlighting of gingival inflammations (restricted to gingival inflammation that leads to bleeding upon probing) Showing the difference between "before" and "after" care (follow-up). In CARIO mode (blue mode), the camera assists the dental practitioner by highlighting potential carious areas in pits and fissures on the occlusal surface of the teeth. In DAYLIGHT mode (white mode), the camera enables visualization of anatomical details invisible to the naked eye or with a mirror (thanks to its magnification). DAYLIGHT+ mode (white mode) is a shortcut version of DAYLIGHT mode where the contrast has been pushed from 20 to 70. In PERIO mode (yellow mode), the camera helps the dental practitioner to visualize dental plaque, in addition to highlighting areas of gingival inflammation (restricted to gingival inflammation that leads to bleeding upon probing).

The L1P-1F intraoral scanner (IOS) system is intended for aid in diagnosis of caries.

The L1P-1F intraoral scanner (IOS) system is intended for aid in diagnosis of caries. The L1P-1F system consists of a scanner and a detachable scanner tip which enables scanning using white and blue (fluorescence) Light Emitting Diodes (LEDs). A single-use scanner body sleeve is mounted on the scanner before being introduced into the mouth of a patient for scanning of the teeth. The interface to the computer is handled by ScanSuite TRIOS which functions as a Hardware Abstraction Layer (HAL). The scan control of, and information from the scanner is handled by the TRIOS module software, which holds the interface to the user. The L1P-1F system also consists of the TRIOS Patient Monitoring software which aids in diagnosis of occlusal and surface caries. The functional principle of L1P-1F (TRIOS 5) is to collect images of the object scanned by means of focus scanning, where light from the LEDs travels through the optical system to the object being scanned and back to an image sensor. 3D true colored images of the teeth combined with 2D green and red image as an additional texture are generated by emitting blue and white light in turn.

The IC-WHCD100 (Inspire) is intended to be used as an aid in the detection and diagnosis of dental caries.

The IC-WHCD100 is a toothbrush-sized handpiece used for diagnosis of caries. A USB cable is used to connect the handpiece to a personal computer with a dental imaging software. After a camera cover is placed over the end, the handpiece is positioned over the tooth to be examined. The camera takes images by illuminating the tooth surface with a white LED light for regular tooth image. With fluoresced light, the device can show bacteria on the surface of tooth. With infrared light, the device can show tooth cavity by highlighting enamel. The user can view the images on 510k cleared dental imaging software such as Apteryx vision (k983111), Romexis (K171385), Sidexis (K132773), etc.

The Fluorescence Mode is intended to be used by dentist as an aid in the detection of dental caries

The Fluorescence Mode is an accessory to the EXTARO 300 surgical microscope to utilize a kind of LED light that illuminates the tooth surfaces in the blue light region with a narrow band ( around wavelength 405nm). The Fluorescence Mode is not a standalone device. It is a built-in feature (new components) to existing surgical microscope. These components include (1) an additional violet source in existing LED lamp, (2) a bandpass filter in existing OPMI (Operation Microscope) Head and (3) multi-function knob on existing OPMI Head.

The Electronic Caries Detector is for use by dental professionals as an aid in the diagnosis and monitoring of dental caries.

The ECD is a portable instrument that provides an electrical current source, a meter with a digital read-out between 00 and 100, and indicator and reference electrodes to aid in the detection and monitoring of non-cavitated and cavitated caries lesions in teeth. The ECD indicator electrode is comprised of a replaceable, single-use, stainless steel probe tip. This component is sized and dimensionally configured to achieve close contact with the tooth being examined. The tip ensures electrical contact with dentinal fluid at sites that are not readily accessible or evaluated using traditional means. The ECD indicator electrode is paired with a reference electrode to complete the necessary electrical circuit. The reference electrode is a stainless steel lip hook that rests on the patient's lower lip. The device is powered by a 9 volt alkaline battery, regulated down to 5 volts. The unit has a 2 ½ digit LCD display, two timer circuits, and a beeper. The first timing circuit is triggered upon circuit completion. The beeper sounds for 3 seconds, the probe is then removed, and the second timer holds the display for 5 seconds. Then the display returns to zero, ready for the next measurement.

The VistaCam iX "Proof" is intended to be used as an aid in the detection and diagnosis of dental caries.

The VistaCam iX "Proof" aids in the detection and diagnosis of caries. It consists of a toothbrush-sized handpiece and a "Proof" head. A USB cable connects the handpiece to a personal computer with PACS software such as DBSWIN to enable communication between a PC computer and the handpiece. After a camera cover is placed over the distal end, and an autoclave-able spacer is installed, the Handpiece is positioned over the tooth to be examined. The camera functions by illuminating the tooth surface with a light that causes the bacteria resident in carries to fluoresce. The fluoresced light is then converted into an electrical signal, sent to a computer, converted into an image (by imaging software) and presented on a monitor in multiple colors to illustrate suspected areas of decay.

The New Device is intended for clinical practice of general dentistry, as an aid in the diagnosis of pit and fissure caries, as an aid to highlight dental plaque and gingival inflammations (restricted to gingival inflammations which lead to bleeding upon probing) and as intra-oral camera to visualize anatomical details invisible to the naked eye or with a mirror (thanks to its magnification).

The New Device is an intra-oral video camera equipped with LEDs to light the inspection site. Thanks to its technology based on fluorescence phenomenon (given by its LED lamps) and chromatic amplification, this camera will permit a global care of the patient. The optics and the charge coupled device (CCD) sensor in the New Device picks up the images containing this fluorescence highlight site and converts them to a video signal that is sent to a video monitor or computer monitor. Dental practitioner and/or hygienist, as an aid for diagnosis, can use the results of this image.