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Wired Digital Radiography System with Laptop and Printer

Wired Digital Radiography System with Laptop and Printer

WIRED DR System Model - (STARNUKE3543DI)

The amorphous silicon technology used in this system provides a large dose dynamic range, allowing for accurate
imaging of both low and high radiation doses. This ensures that the system can capture detailed images across a
wide range of exposure levels.

Another advantage of the amorphous silicon technology is its long lifetime. The system is designed to be durable
and reliable, capable of withstanding extended periods of use without significant degradation in performance.


Technical Specification:

Technology

  • Sensor: A-Si
  • Scintillator: GOS / CSI
  • Active Area: 350 x 427 mm
  • Pixel Matrix: 2500x 3052
  • Pixel Pitch: 140 μm
  • AD Conversion: 16 bits

Interface

  • Communication Interface: Gigabit Ethernet
  • Exposure Control: Trigger In(Edge or Level) / Trigger Out (Edge or Level)
  • Image Acquisition Time: ≤1 seconds
  • Operating System: Windows7 / Windows10 OS 32 bit or 64 bit

Technical Performance

  • Resolution: 3.5 lp/mm
  • Energy Range: 40~160 KV
  • Lag: <1% 1st frame
  • Dynamic Range: ≥86dB
  • Sensitivity: 540 lsb/uGy
  • SNR: 48dB @(20000lsb)
  • MTF: 70% @(1 lp/mm),  38% @(2 lp/mm), 21% @(3 lp/mm)
  • DQE:  58% @(0 lp/mm),   41% @(1 lp/mm),   25% @(2 lp/mm)

Mechanical

  • Dimension: (H x W x D) 460 x 383 x 15 mm
  • Weight: 3.5 Kg
  • Sensor Protection Material: Carbon Fiber
  • Housing Material: High Strength Aluminium Alloy

Environmental

  • Temperature Range: 10~35°C (operating); -10~50°C (storage)
  • Humidity: 30~70% RH (non-condensing)
  • Vibration: IEC/EN 60721-3 class 2M3 (10~150 Hz, 0.5 g)
  • Shock: IEC/EN 60721-3 class 2M3 (11 ms, 2 g)
  • Dust and Water Resistant: IPX0

Power

  • Supply: 100~240 VAC
  • Frequency: 50/60 Hz
  • Consumption: 14 W

 

Key Features:

  • Pixel Pitch: 140 μm
  • Pixel Matrix: 2500 x 3052
  • ADC: 16-bit
  • Gain Stage: Multi-Gain
  • Scintillator: GOS/CSI
  • Water Proof: IPX0
  • Interface: Quick self-locking connector
  • Calibration: Software, Firmware
  • Radiation Hardness:≥10000Gy

 

Here are the Key Features of the WIRED DR System (STARNUKE3543DI):

Pixel Pitch: The pixel pitch of 140 μm indicates the distance between the centers of adjacent pixels. A smaller
pixel pitch allows for higher image resolution and better detail in the captured images.

Pixel Matrix: The system has a pixel matrix of 2500 x 3052, which refers to the number of pixels arranged horizontally
and vertically. This high pixel matrix contributes to the system's ability to capture high-resolution images.

ADC (Analog-to-Digital Converter): The system utilizes a 16-bit ADC, which enables accurate and precise conversion
of analog signals from the detector into digital data. This high bit depth ensures that subtle details and nuances
in the image are captured effectively.

Gain Stage: The multi-gain stage feature allows for adjustable gain settings, enabling the system to optimize image
quality based on specific imaging requirements or conditions.

Scintillator: The WIRED DR System utilizes GOS (Gadolinium Oxysulfide) or CSI (Cesium Iodide) scintillator materials.
Scintillators convert incoming X-ray photons into visible light, which is then detected and processed by the system
to generate the final image.

Waterproof: The system is rated IPX0 for waterproofing. While this rating indicates that it is not waterproof, it suggests
that the system has no specific waterproofing measures in place. Caution should be exercised to avoid exposing the
system to excessive moisture or liquids.

Interface: The system features a quick self-locking connector for easy and secure connectivity with other devices
or components.

Calibration: Calibration of the system is performed using software and firmware. This ensures that the system maintains
accuracy and consistency in image acquisition over time. Regular calibration helps to correct any deviations or variations
that may occur.

Radiation Hardness: The WIRED DR System is designed to withstand high radiation doses, with a radiation hardness rating
of ≥10000Gy. This ensures that the system remains operational and reliable even in environments with intense radiation
exposure.

Overall, the WIRED DR System (STARNUKE3543DI) combines amorphous silicon technology with a range of advanced features
to provide high-quality medical imaging with a large dose dynamic range and long lifetime.