Overview
The CXDI-31 is the world’s first portable Digital Radiography system.  With a compact and lightweight design, the Canon CXDI-31 portable Digital Radiography system can be freely positioned to capture images at angles difficult to get with fixed devices such as lateral and axial imaging of shoulders, skull, neck, and extremities.  The high-resolution CXDI-31 is perfect for a wide range of applications, including pediatric, orthopedic, neonatal, and trauma.

Features

Compact and Lightweight
The compact size of the CXDI-31 provides image capture from virtually any angle or position, yet the detector weighs only 6.2 pounds!

Immediate Results
An on-screen preview image is available just 3-5 seconds after exposure.  Sequential images can be acquired in as little as 6 seconds.  A monitor (not included) can be added for viewing high-resolution images in the emergency department or radiography suite.

Enhanced Productivity & Program Imaging Mode
Program Imaging Mode for Canon CXDI Digital Radiography control software with DICOM Modality Worklist assists in optimizing workflow in the imaging suite.  This high performance solution utilizes the Procedure Code ID from the RIS to configure the exam on the CXDI Digital Radiography System.  Use of the Program Imaging Mode eliminates many of the steps required to perform patient exams, including the automatic assignment of accession numbers in multi-accession exams and reduction of errors that may be caused during multi-step processes.  Program Imaging Mode is a solution for busy imaging departments with student, new-hire, and per diem technologists, enabling them to follow department-specific imaging protocols easily.

Canon’s LANMIT® Technology
Amorphous Silicon (a-Si) Flat Panel Sensor (LANMIT®) consists of a precision amorphous silicon metal-insulator semiconductor (MIS) sensor and Thin Film Transistor (TFT) array.  LANMIT® flat panel sensors produce a highly stable output signal.  The result is a family of reliable and durable sensors that provide the highest quality images without the time and costs involved with film or cassette handling.  A 14-bit analog-to-digital conversion process converts the raw image to digital form producing a high-resolution, high-contrast 4,096 grayscale image.

Seamless Network Integration
Ethernet 10/100 Base T connectivity with DICOM 3.0 compatibility enables seamless data transfer to any DICOM hard copy output device, PACS, or HIS/RIS for efficient printing, archiving, and remote viewing of Images. The system complies with IHE (Integrating the Healthcare Enterprise) standards for interoperability to ensure easy, effective integration with the hospital network.