Canon CXDI-40G General DR System
With multiple wall stand and table configurations designed for a wide range of general radiography applications, Canon CXDI-40G can capture 17” X 17” X-ray images from almost any position or angle. This flexible system includes a Bucky table, upright tilting wall stand, universal stand, and a ceiling suspended multi-positioning unit. Versatile and economical, the Canon CXDI-40G’s compact, lightweight design is ideal for retrofitting with existing systems.
The CXDI-40G features Canon’s innovative and reliable technology, the Canon Amorphous Silicon (a-Si) Flat Panel Sensor. The sensor can be fitted into a Bucky table or used with an upright stand or a universal stand. Used in Canon products for over a decade, this technology gives you the highest quality of images without the time and cost involved with film-screen systems. The efficient Canon Control Station stores every captured image and displays preview images on a touch-sensitive LCD Operation Panel that can be easily mounted on a wall. Built-in software provides extensive networking capabilities allowing you to easily connect to PACS, RIS or any DICOM printer.
Features
- Immediate Viewing: An on-screen preview image is available just 3 seconds after exposure for on-the-spot confirmation.
- Quick Refreshment Cycle: Sequential images can be acquired within 6 seconds.
- Wide Imaging Size: 17" x 17" (2688 x 2688 pixels; over 7 million pixels) sensor plate captures large patient imaging areas, allowing for either landscape or portrait orientation without repositioning the sensor.
- High Resolution:160 x 160 microns pixel size, with 14 bit A/D and 12 bit (4096 gray scale) contrast
- Large Dynamic Range: Sensor plate covers a larger dynamic range than conventional x-ray film: up to
- Standard Connectivity for Effective Networking: Ethernet 10/100 Base T, with DICOM 3.0 compatible format, to PACS and hard copy output devices such as DICOM laser imagers
Canon CXDI-40C Premium DR System
The CXDI-40C is a high sensitive DR system. It features a 17 x 17-inch imaging area and it is designed for most general radiographic applications. Versatile and flexible, it comes in multiple wall stand and table configurations.
With advanced Canon technology, the CXDI-40C efficiently produces detailed patient images with reduced dose. The CXDI-40C’s Amorphous Silicon Flat Panel Sensor has a Cesium Iodide (CsI) scintillator and a very high Detective Quantum Efficiency (DQE). These features allow all captured radiographic information to be transferred with almost no degradation, providing very high quality patient images while reducing x-ray exposure for the patient.
The CXDI-40C features Canon’s innovative and reliable technology, the Canon Amorphous Silicon (a-Si) Flat Panel Sensor. Used in Canon products for over a decade, this innovative technology provides very high quality images without the time and cost involved with film-screen systems. The efficient Canon Control Station stores every captured image and displays preview images on a touch-sensitive LCD Operation Panel that can be easily mounted on a wall. Built-in software provides extensive networking capabilities allowing convenient connection to PACS, RIS or any DICOM printer.
Features
- Immediate Viewing: An on-screen preview image is available just 3 seconds after exposure for on-the-spot confirmation.
- Quick Refreshment Cycle: Sequential images can be acquired within 6 seconds.
- Large Imaging Area: 17" x 17" (2688 x 2688 pixels; over 7 million pixels) sensor plate captures large patient imaging areas, allowing
- for either landscape or portrait orientation without repositioning the sensor.
- High Resolution: 160 x 160 microns pixel size, with 14 bit A/D and 12 bit (4096 gray scale) contrast
- Large Dynamic Range: Sensor plate covers a larger dynamic range than conventional x-ray film: up to 104
- High Detective Quantum Efficiency (DQE): Approximately 70% or higher
- Standard Connectivity for Effective Networking: Ethernet 10/100 Base T, with DICOM 3.0 compatible format, to PACS and hard copy output devices such as DICOM laser imagers
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