Cassette Sized Digital Imaging Flat Panel Detector
Cassette Sized Digital Imaging Flat Panel Detector Introduction:
Flat Panel Detector gives users the opportunity to experience True Flat Panel Digital Imaging Technology without any modifications to X-ray equipment. By having the same 15 mm thickness as traditional film screen cassettes, this lightweight detector fits into existing standard cassette trays, allowing existing film or CR systems to be easily upgraded. Its advanced auto-triggering technology now eliminates the need to integrate with the X-ray generator. The Flat Panel Detector is a universal and economical solution designed to meet any X-ray department's needs.
Cassette Sized Digital Imaging Flat Panel Detector
Improved Workflow through Immediate Image Capture
Using the 1717SCC/SGC will increase workflow while minimizing labor time by avoiding additional steps that are required when using film processors or CR digitizers. Image preview time is reduced to just 1.5 seconds, which not only helps finalize the final body position, but it increases patient comfort by eliminating the need for them to remain in uncomfortable conditions. The instant display of images significantly increases productivity while reducing the wait time for both patients and staff.
Wide Image Area, Significantly Reduced Dead Space
Unlike traditional film and CR cassette sizes 114" x 17-1, adopting a full field of view providing a 17" x 17" usable area gives more flexibility with positioning and allows more regions of anatomy to be acquired on one image without the need to rotate the detector. With the dead space percentage being significantly reduced, the 1717SCC/SGC leads to optimized efficiency without any wasted image area.
Flat Panel Detector Features:
·Cassette Sized Flat Panel Detector
·Auto-triggering Technology
·Super Fine Image (127pm)
Improved Workflow through Immediate Image Capture
·Wide Image Area, Significantly Reduced Dead Spa
Application
·General Radiography
·Chiropractic
·Orthopedics
·Veterinary
Price is 8-20% Lower Than Other
