Nov. 29, 2009 (Business Wire) -- Celebrating an illustrious history, Canon U.S.A., Inc., a leader in medical imaging, will commemorate 12 years of Canon digital radiography innovation, and advanced portable and general digital radiography (DR) systems and solutions at the 2009 Radiological Society of North America Annual Meeting (RSNA 2009), November 29^th – December 3^rd.

Canon launched the CXDI-11, the first static-image DR system, 12 years ago. Since that time, Canon has introduced 12 generations of flat panel technology with a variety of products, including general DR sensors for use in upright stands, universal stands and imaging tables, as well as portable DR sensors.

"Since entering the digital radiography market 12 years ago, Canon has delivered ever-expanding technologies and capabilities into each generation of our DR solutions that continue to set new standards for innovation," said Tsuneo Imai, senior director and general manager, Medical Systems Division, Canon U.S.A. "Backed by the Company’s strong optical and imaging heritage combined with its extensive investment in imaging research, Canon remains committed to advancing the field."

Canon will highlight the versatility and flexibility of its current and future line of advanced portable and general DR systems at its booth (# 8339, North Building - Hall B, McCormick Place), including:

• Canon CXDI-55G and CXDI-55C Portable DR Systems are the thinnest flat panel detectors the Company has offered to-date, just 0.6 inches thick, the same thickness as a standard film cassette. Offering an effective imaging area of 14 x 17 inches, both models accommodate a wide variety of locations including skull, spine, chest, abdomen, and extremity examination. Weighing just 7.5 pounds, the Canon CXDI-55G and CXDI-55C flat panel detectors are light enough for use in trauma centers and Intensive Care Units (ICUs). The DR systems are simple to grip and to handle so that both the patient and X-ray technologist can comfortably hold it in place during image capture. The detachable sensor cable provides power to the unit and transfers data. Additionally, images can be confirmed on an optional preview monitor virtually immediately after exposure. If another exposure is required, the detector will be ready in seconds due to a fast refresh cycle.
• Canon CXDI-60G and CXDI-60C Portable DR Systems are thin, lightweight and robust flat panel detectors that offer an effective imaging area of 9 x 11 inches, weigh only 5.5 pounds and are less than an inch think (0.9 inches). The detachable sensor cable enables easy room-to-room installation from multiple locations such as the patient’s bedside or wheelchair, trauma or ICU, and fits into most neo-natal incubator trays. The CXDI-60C has a Cesium Iodide (CsI) scintillator, with crystals that allow optimal light channeling properties for effective X-ray absorption and high signal-to-noise performance, providing less X-ray dosage to the patient and making it ideal for the NICU, pediatrics, and critically ill patients.
• Canon CXDI-40G COMPACT DR System is equipped with a large image sensor and a 17 x 17 inch imaging area that enables X-ray images to be confirmed on an optional preview monitor approximately three seconds after exposure. The CXDI-40G COMPACT offers multiple applications, which allows for efficient capture of high-resolution (7.2 million pixels) radiological images in a timely manner, and can be retrofitted into a range of radiography devices including upright stands, RF tables and can retrofit a range of Bucky units. The detector is a compact, efficient and easily installed unit that helps to meet facilities’ general radiographic needs while contributing to significant cost savings.
• Canon CXDI-50RF Dynamic / Static DR Sensor¹ is the world’s first portable dynamic and static sensor. The compact, lightweight portable DR system will be capable of viewing both dynamic images and capturing static X-ray images. Equipped with a 17 x 14 inch imaging area, the CXDI-50RF will be able to accommodate standard static X-ray image capture of the chest area and extremities. It will also enable up to 30 frames per second (fps) fluoroscopy, which radiographers can use to observe dynamics of organs, such as those used in digestion, for optimal timing in capturing static images. Multi-frame radiographic imaging up to 15 fps is also available. In fluoroscopy mode, the sensor unit will be able to be used in a docking station, similar to a cassette tray, which is equipped with an active air cooling system.