Image Processing and X-ray Control from a Single Console.
Our DoseRite dose management tools are designed to help clinicians reduce patient X-ray exposure while maintaining image quality.
Digital imaging requires less maintenance than film or CR cassettes, reduces total exam time as images are processed and displayed instantaneously, reduces dose exposure as a result of eliminating repeat views, and allows you to edit, enhance, and archive images more quickly and easily.
When every image matters, you want to make sure you are getting to see the big picture in full detail. The large 43 cm. x 43 cm. / 17 in. x 17 in. flat panel detector helps provide the foundation for flexibility. The detector provides a large field of view, 4 FOV levels, a fine pixel pitch of 148 microns, 16-bit image processing, and a high S/N ratio, which enables low-dose fluoroscopy, more patient coverage, and high-resolution imaging capabilities for improved visualization.
The Ultimax-i offers 3 variable dose modes including continuous fluoro, pulsed fluoro, and grid pulsed fluoro so users can select the optimal dose mode based on their patient’s and procedural needs.
Grid pulse fluoro function lowers patient dose by reducing X-ray exposure that doesn’t contribute to the diagnostic image. Grid pulse fluoro features in-tube grid switching that virtually eliminates leading and trailing edge of soft x-rays for a more efficient pulse fluoroscopy.
Grid Pulsed Fluoro DemoTantalum beam hardening filter reduces low and high energy radiation to reduce the patient’s skin dose and the scattered radiation dose received by the operator.
A removable anti-scatter grid can be utilized during sensitive low-scatter situations.
The Digital Compensation Filter (DCF) provides real time enhancement of fluoroscopic images to obtain optimum image quality under the most difficult circumstances.
Next generation image processing.
Canon Medical Systems' new exclusive SNRF technology enables reduced dose imaging by analyzing and processing each image frame in real time during fluoroscopy and radiography. This allows users to achieve significant noise reduction while maintaining high temporal resolution at a reduced dose.