High Sensitive Intraoral Dental Digital X-ray Sensor

Introduction

1. The intraoral sensor product lines deliver maximum image quality with minimum exposure to radiation.

2. Our sensors are offered in two image sizes that correspond to a #2 size Key features include simple USB plug and play connectivity; 4,095 shades of gray that provide depth and density; and 16-bit image acquisition.

3. Each sensor consists of a matrix of silicon photodiodes on 22.5 x-ray photons to visible light sensed by the silicon photodiodes. Have an ergonomic shape with rounded edges and are housed in a rugged, thermoplastic enclosure to protect the sensor from everyday handling and cleaning.

Control Unit Description

 1. The sensors are designed to interface with a sensor control unit provides timing control, an intermediate image storage, diagnostics, and connects to a PC or hand-held computer through an USB interface.

2. The control unit and sensor are powered from the USB bus, eliminating the need for batteries or a charging system. Several timing modes, including standby, automatic exposure sensing (AES), and timed exposure modes are programmed into the control unit's microprocessor.

3. A software library (C++) and evaluation software to interface with the control unit are available.

 Key Features

1. Fast image acquisition and lower radiation to the patient

2. Simple USB 2.0 plug and play connectivity

3. 4096 shades of gray provide depth and density

4. High sensitivity sensors capture more detail

5. 16 bit images acquisition

Pictures

1. The intraoral sensor product lines deliver maximum image quality with minimum exposure to radiation.

2. Our sensors are offered in two image sizes that correspond to a #2 size Key features include simple USB plug and play connectivity; 4,095 shades of gray that provide depth and density; and 16-bit image acquisition.

3. Each sensor consists of a matrix of silicon photodiodes on 22.5 x-ray photons to visible light sensed by the silicon photodiodes. Have an ergonomic shape with rounded edges and are housed in a rugged, thermoplastic enclosure to protect the sensor from everyday handling and cleaning.

Sensor Specification

Control Unit Description

 1. The sensors are designed to interface with a sensor control unit provides timing control, an intermediate image storage, diagnostics, and connects to a PC or hand-held computer through an USB interface.

2. The control unit and sensor are powered from the USB bus, eliminating the need for batteries or a charging system. Several timing modes, including standby, automatic exposure sensing (AES), and timed exposure modes are programmed into the control unit's microprocessor.

3. A software library (C++) and evaluation software to interface with the control unit are available.

 Key Features

1. Fast image acquisition and lower radiation to the patient

2. Simple USB 2.0 plug and play connectivity

3. 4096 shades of gray provide depth and density

4. High sensitivity sensors capture more detail

5. 16 bit images acquisition

Pictures