The Shad-o-Box x-ray camera is a stand-alone, high-resolution radiation imaging device complete with 12-bit digital interface. The large active area consists of one or more 512 by 1024 pixel photodiode array sensors with 48 µm pixel spacing. An integral phosphor screen shields the sensor from ambient light and converts incident x-rays or energetic particles to visible light that is sensed by the silicon photodiodes. The Shad-o-Box can be used in a wide range of applications including medical diagnostics, industrial inspection (NDT) and scientific imaging.
The Shad-o-Snap x-ray cameras make up Rad-icon's newest product line of easy-to-use, "smart" USB cameras. These microprocessor-based cameras offer simple timing control combined with new readout modes and easy image transfers as TIFF or raw integer image files. The Shad-o-Snap 1K and 4K cameras also feature our new 10 cm by 10 cm CMOS photodiode image sensor with 96 µm or 48 µm pixel spacing. These sensors feature an integrated direct-contact scintillator that is optimized for high resolution and sensitivity, ideal for applications ranging from biomedical imaging to industrial inspection.
The Shad-o-Snap cameras have been developed with ease-of-use in mind. The USB connection installs in seconds, and built-in Windows drivers are automatically loaded to communicate with the camera. We provide a simple software interface to control the camera and acquire images. Together with a laptop computer and optional battery pack, a truly portable x-ray imaging system can be created.
The Shad-o-Box HS x-ray camera is a stand-alone, high-resolution radiation imaging device complete with 12-bit digital interface. The large 49.2 mm by 49.2 mm sensing area consists of a 512 by 512 pixel photodiode array sensor with 96 µm pixel spacing. An integral phosphor screen shields the sensor from ambient light and converts incident x-rays or energetic particles to visible light that is sensed by the silicon photodiodes. The camera is configured for real-time (up to 20 fps) operation and features low noise and excellent image uniformity, making it an ideal choice for use in a wide range of medical, industrial and scientific imaging applications.
High-resolution Intensified X-ray digital camera
with direct coupled (micro) fibre-optic input and
water cooled CCD. Camera Quantum Efficiency of
65% @ 550nm at the scintillator emission
wavelength, interline transfer cooled CCD sensor
with typical T of > 35°C allowing shutter less
simultaneous exposure and read out cycles
with 100% duty cycle, a large input area,
variable data transfer rate, on-chip up to 10 x 10
pixel binning, sub-area readout and up to 1392 x
1040 pixel resolution at up to 12-bit digitisation
(fast data transfer rate for preview mode) or up to
16-bit digitisation WITHOUT BINNING. In 16 bit
mode the SAXEye-07 50HS delivers images with
over 225 000 electrons equivalent full well.
The RadEye1 large-area image sensor is a three-side buttable, fully integrated CMOS photodiode array designed for both visible and radiation imaging. The large 24.6 mm by 49.2 mm active area consists of a 512 by 1024 matrix of silicon photodiodes on 48 µm centers. Used directly to detect visible light, or with a scintillator to detect x-rays and other energetic radiation, the RadEye1 is the perfect solution for applications ranging from medical diagnostics to industrial inspection (NDT) and scientific imaging.
The RadEye image sensors are fully integrated with control logic and readout circuitry that allow the sensors to run off a single 5 V power supply and a master clock. An optional frame start input can be used to control the frame rate externally between 0.01 and 4.5 frames per second. An asynchronous array reset, a high-speed binning mode, and a non-destructive readout mode further add to the flexibility of these devices. Video data is read out sequentially through a high-speed differential analog output at up to 2.5 MHz.
