LED Dental Inc 6100, 6100A Tuxedo

This is a CMOS sensor for the capturing of digital diagnostic x-ray images on a patient for evaluation by an appropriately trained oral healthcare professional. The Tuxedo sensor itself is a single piece comprised of the image capture components on one end, with a USB 2.0 plug on the other end. The sensor is designed to be used in conjunction with a disposable, single-use hygienic sheath as well as a positioning device to allow for proper alignment within the patient’s mouth. Images are acquired with the Tuxedo sensor by plugging it into a USB port and properly placing it in the patient’s mouth, while an operator exposes radiation toward the sensor from an approved intraoral x-ray generator.

This is a CMOS sensor for the capturing of digital diagnostic x-ray images on a patient for evaluation by an appropriately trained oral healthcare professional. The Tuxedo sensor itself is a single piece comprised of the image capture components on one end, with a USB 2.0 plug on the other end. The sensor is designed to be used in conjunction with a disposable, single-use hygienic sheath as well as a positioning device to allow for proper alignment within the patient’s mouth. Images are acquired with the Tuxedo sensor by plugging it into a USB port and properly placing it in the patient’s mouth, while an operator exposes radiation toward the sensor from an approved intraoral x-ray generator.

This is a CMOS sensor for the capturing of digital diagnostic x-ray images on a patient for evaluation by an appropriately trained oral healthcare professional. The Tuxedo sensor itself is a single piece comprised of the image capture components on one end, with a USB 2.0 plug on the other end. The sensor is designed to be used in conjunction with a disposable, single-use hygienic sheath as well as a positioning device to allow for proper alignment within the patient’s mouth. Images are acquired with the Tuxedo sensor by plugging it into a USB port and properly placing it in the patient’s mouth, while an operator exposes radiation toward the sensor from an approved intraoral x-ray generator.

PowerDR Console Application is an X-ray digital imaging system designed for generating high-resolution, full-fidelity digital projection radiographic and fluoroscopic images with an X-ray imaging receptor. The PowerDR Console Application receives imaging exam orders, acquires images from X-Ray detectors or from any DICOM device to process the images to produce real time fluoroscopic image sequences and full fidelity radiographic images for medical diagnostic purposes. The processed and/or received images can be stored in a local or web/cloud based Picture Archive and Communication System (PACS).

Tuxedo Intraoral Sensor Size 1 (6100 Replacement)

Tuxedo Intraoral Sensor Size 2 (6101 Replacement) PN 6101R

Tuxedo Intraoral Sensor Size 1 (6100A Replacement) PN 6100AR

Tuxedo Intraoral Sensor Size 2 (6101A Replacement) PN 6101AR

This is a CMOS sensor for the capturing of digital diagnostic x-ray images on a patient for evaluation by an appropriately trained oral healthcare professional. The Tuxedo sensor itself is a single piece comprised of the image capture components on one end, with a USB 2.0 plug on the other end. The sensor is designed to be used in conjunction with a disposable, single-use hygienic sheath as well as a positioning device to allow for proper alignment within the patient’s mouth. Images are acquired with the Tuxedo sensor by plugging it into a USB port and properly placing it in the patient’s mouth, while an operator exposes radiation toward the sensor from an approved intraoral x-ray generator.

This is a CMOS sensor for the capturing of digital diagnostic x-ray images on a patient for evaluation by an appropriately trained oral healthcare professional. The Tuxedo sensor itself is a single piece comprised of the image capture components on one end, with a USB 2.0 plug on the other end. The sensor is designed to be used in conjunction with a disposable, single-use hygienic sheath as well as a positioning device to allow for proper alignment within the patient’s mouth. Images are acquired with the Tuxedo sensor by plugging it into a USB port and properly placing it in the patient’s mouth, while an operator exposes radiation toward the sensor from an approved intraoral x-ray generator.

This is a CMOS sensor for the capturing of digital diagnostic x-ray images on a patient for evaluation by an appropriately trained oral healthcare professional. The Tuxedo sensor itself is a single piece comprised of the image capture components on one end, with a USB 2.0 plug on the other end. The sensor is designed to be used in conjunction with a disposable, single-use hygienic sheath as well as a positioning device to allow for proper alignment within the patient’s mouth. Images are acquired with the Tuxedo sensor by plugging it into a USB port and properly placing it in the patient’s mouth, while an operator exposes radiation toward the sensor from an approved intraoral x-ray generator.

This is a CMOS sensor for the capturing of digital diagnostic x-ray images on a patient for evaluation by an appropriately trained oral healthcare professional. The Tuxedo sensor itself is a single piece comprised of the image capture components on one end, with a USB 2.0 plug on the other end. The sensor is designed to be used in conjunction with a disposable, single-use hygienic sheath as well as a positioning device to allow for proper alignment within the patient’s mouth. Images are acquired with the Tuxedo sensor by plugging it into a USB port and properly placing it in the patient’s mouth, while an operator exposes radiation toward the sensor from an approved intraoral x-ray generator.

PowerDR Console Application is an X-ray digital imaging system designed for generating high-resolution, full-fidelity digital projection radiographic and fluoroscopic images with an X-ray imaging receptor. The PowerDR Console Application receives imaging exam orders, acquires images from X-Ray detectors or from any DICOM device to process the images to produce real time fluoroscopic image sequences and full fidelity radiographic images for medical diagnostic purposes. The processed and/or received images can be stored in a local or web/cloud based Picture Archive and Communication System (PACS).