Fidex GT multi-modality veterinary scanner
CT Computed Tomography, large panel DR digital radiography, and FL Fluoroscopy
Computed Tomography
- Wide slab acquisition
- 32 cm diameter field of view
- 72 cm scan range
- High-speed image reconstruction
- Settings and scan modes
Digital Radiography
- Panel size 43 cm x 43 cm
- Digital enhancement
- High-resolution display
- Auto-save function
Fluoroscopy
- Large field of view
- Frame rates 5 to 30 fps
- Real-time display
- DSA for cardiac work
- VCR-like playback
Specs
3-in-1 scanner (CT, DR, FL)
+ Larger breeds possible
+ Better resolution
+ Switch between modalities
+ Auto Breath Control (ABC™)
+ Auto Contrast Tracking (Cine-CT)
+ Automated DICOM handling
+ Algorithm post-study acquisition
+ Wide patient table
+ Personal customer service
Introducing Automatic Breath Control
As easy as A B C: Animage‘s new Automated Breathing Control ABC™ pat. pend.
- No more fiddling with valves and bags!
- Guaranteed absence of breathing artifacts in Fidex CT images!
- Fully automated, no interaction required!
age has developed, in cooperation with Hallowell EMC of Pittsfield, MA (http://www.hallowell.com/) a way to improve Cone Beam CT image quality:
ABC™ or Automated Breathing Control is a fully automated and electronically implemented method to control animal patients’ breathing during CT scanning. It synchronizes a customized Model 2002 Ventilator with data acquisition of Fidex. This effectively prevents motion artifacts, and thorax CT images come out sharp and clear every time. After set-up with your anesthesia machine there is no further interaction necessary. The ventilator will breathe the patient safely and reliably, and will pause during the short intervals of data taking.
ABC™ (pat. pend.) is a trademark of Animage. It is available immediately for existing and new customers of Fidex.
DR/CT fusion technology
Animage is exploring a unique technology called Radiographic/Tomographic fusion. Radiographic/Tomographic fusion could enhance the diagnostic value of radiography and CT by simultaneously combining their strengths and minimizing their weaknesses.