• Delivers Canon’s ultra-high resolution      diagnostic images for immediate review.

• Easy to operate and achieve desired views.

• Smooth, wide-range pan and tilt movement  for maximum flexibility.

• Exams are more efficient and comfortable for the patient.

In terms of image quality and workflow efficiency, Canon’s digital retinal cameras are in a class of their own. Every aspect of image capture—from
the precision retinal imaging optics to the advanced digital SLR technology—has been developed in-house to create a seamless, total imaging system that provides unsurpassed diagnostic image quality and speed. The CF-1 takes this a step further with an all-new ergonomic design that makes it easier and more comfortable than ever to achieve precise
images during color/red-free imaging and fluorescein angiography.

The CF-1 integrates a digital SLR camera from Canon’s renowned EOS series equipped with a high-sensitivity CMOS image sensor that achieves ultra-high resolution images with superior detail, contrast, and color fidelity. The sensor’s high pixel count ensures that images are sharp and clear even when enlarged, and its high sensitivity reduces the amount of light needed for image capture, a factor that helps increase patient comfort during examinations. After capture, images are transferred to the connected PC for immediate
on-screen observation.

The streamlined, ergonomic design of the CF-1 is not only inviting in appearance, it makes the camera a pleasure to operate. It’s easily adjustable to comfortably accommodate each examinee. Smooth, precise pan and tilt movement allows you to easily
achieve desired views of the retina without requiring the examinee to move their gaze. Alignment and focus is easy as well, helping you to complete exams in less time.
Easy positioning with smooth pan and tilt movement

2x digital magnification

With one push of a button on the CF-1 control panel, you can get a closer, more enlarged view of the retina for immediate review on the connected PC. “2x mode”
works by automatically cropping out the peripheral edges of the image so that the region of interest is larger in the frame, making it quick and easy to confirm image focus and other factors. The end result looks the same as optical magnification yet is achieved in a fraction of the time. Close-ups are exceptionally clear and detailed thanks to the high pixel count of the integrated digital SLR camera.

Get clear, sharply-focused images every time in two simple steps. First, align the two halves of a split line using the focusing knob to bring the image into focus. Then adjust the working distance to avoid flash flare by shifting the joystick until the two side dots are clear in the viewfinder.

Controls for key features—such as shutter release, lamp setting, ISO adjustment, and mode switching—are grouped together for easy one-handed operation in darkened rooms.

The efficiency of the CF-1 goes beyond image capture. The network capability and control software of the CF-1 work to streamline the entire diagnostic workflow, allowing you to conveniently review, analyze, print, store and even transmit images to remote viewing locations. The DICOM-compliant network interface enables easy integration with existing image management systems and

allows connection to a variety of network configurations such as LAN or WAN and PACS communication.

The bundled Retinal Imaging Control Software for the CF-1 puts tools for comprehensive study management and image capture control at your fingertips,
in an intuitive graphical interface that’s simple and straightforward to use. The PC-based software provides quick, easy input and access to information and images required. A typical exam begins with the input of patient data, which can be automatically received from a DICOM worklist server or manually entered. When the shutter-release button of the CF-1 is pressed, images are captured using the ideally
set parameters of the attached digital SLR camera and displayed on the PC monitor for immediate review. The software’s preview tools include image magnification and adjustment controls for contrast, brightness, and other factors to aid in image confirmation. When the study is finished, saved images can be printed and
automatically transferred to a viewer system.