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MSLFP35 xray sensor dental Digital xray sensor made in China
2.1 Application scope
Pluto0001X and Pluto0002X digital intraoral X-ray imaging system (hereinafter referred to as PlutoX series) are used in conjunction with dental Radiography in medical units.
The product is used for dental X-ray examination, the diagnosis of structural diseases of teeth, jaws and mouth. The product is expected to be used in hospitals and clinics, operated and
used by trained professionals under the guidance of doctors.According to the expected use of MSLFP35 and the result of risk assessment, the product essential performance is identified: image acquisition of X-ray sensor and image process
This manual contains information about MSLFP35. All users should read and understand this manual before using the product. All information in this manual, including illustrations, is based on the device prototype. If the device does not contain these contents, they will not apply to this device.
2.2 Component of the imaging system
The component of digital intraoral X-ray imaging system are sensor and image acquisition software DR.
2.2.1 Image acquisition workstation
The image acquisition software DR is used to acquire and display the image, patient management, examination management, image storage and image printing administration.
Note: the detail description of the image acquisition workstation are showed in the user manual of the DR.
2.2.2 Sensor
The pluto0001X and Pluto0002X feature a 20 µm pixel pitch CMOS sensor with directly deposited CsI:Tl scintillator which ensures optimal resolution.
Made from a strong sealed Kevlar shell, the sensor has an ergonomic design with smooth edges, rounded corners, and a flexible cable for maximum patient comfort.
And easy to use hi-speed direct USB interface enables a simple connection to a PC without need for an additional control box.
The optional intra-oral software application makes it easy to acquire, enhance, analyze, view and share images from the Pluto 0001X/Pluto0002X sensor.
Technical Specification
Item | Detailed information | |
Pixel matrix | 1500×1000 | 1800×1300 |
Pixel Pitch | 20μm | |
Scintillation Screen | CsI | |
Sensor size | 38.5mm×25mm×5mm | 45mm× 31mm×5mm |
AD Conversion | 16bits |
Spatial resolution | Limited: 25lp/mm Typical: >15lp/mm |
Ingress Protection | IP68 (the highest point of enclosures with a height greater than 1000mm below the surface of water, and the duration of the test is more than 30 minutes) |
Sensitivity | >40lsb/uGy |
Trigger sensitivity | <100uGy/s |
Max linearity dose | >300uGy |
Length of cable | <3m |
interface | Direct USB, USB2.0 |
Power | <2W |
3.1 Installation and operation
This chapter mainly introduces the use of DEMO software iDetector(service engineer) to connect the sensor and realize the basic image acquisition and image processing functions.
The detector is connected to the computer via USB, and the image data is transmitted via USB protocol.
3.2 Multi-sensor
Multi sensors can be supported by USB ports on PC, or using self-power USB Hub. It up to 9 sensors.