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PEGASO™ EVOLUTION
HDVI CT and Full-Featured Fluoroscopy
Gantry Size:
1.2 M
Footprint:
Weight:
900 KG
Power Input:
380 V 3 ~ 60/50 Hz 32A
Shielding requirements may vary from state to state. Please check your state's regulations to ensure compliance.
Head.
A single platform, full-body imaging solution.
Epica's Latest Large Animal HDVI Platform
Originally launched in 2014, the Pegaso™ platform was the first CT technology specifically designed for horses. We have evolved Pegaso™ into the market leading Forte model, the new standard in large animal imaging.
Epica™ was founded with a passion for veterinary medicine that is evident in every imaging platform we build. As the market leader in advanced veterinary imaging for small animal, exotics, and equine medicine, Epica™ has the experience, stability, and focus to serve the equine market effectively today and for the years to come.
"Spatial resolution with isotropic voxels as high as 0.09 mm in all three dimensions, which means, Pegaso™ Evolution is the world’s highest resolution equine focused CT."
The Future of Large Animal Imaging is Here
PEGASO™ EVOLUTION ANATOMICAL APPLICATIONS
Hard Tissue
Soft Tissue
Angiography
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Skulls — sinus, nasal, bulla, ears, brain, oncology, trauma
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Orthopedics — stifles, elbows, hips, carpus/ tarsus, angular limb deformities, OCD, cartilage lesions, fractures
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Dentistry
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Spine — cervical, thoracic, lumbar
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Tumors, Foreign Bodies
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Thorax - Lung, Heart
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Blood Vessels, Met Checks
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Abdomen - Liver, Pancreas, Kidneys, Adrenals, GI, Shunts, Oncology
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Blood Pathways
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Lymph vessels
HDVI Multi-modality Platform
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Radiation lower than conventional CT
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Diagnostic and intraoperative use
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On-board fluoroscopy (superior to dedicated C-arm and mounted systems)
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Adaptable for surgical navigation and surgical robotics
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Auto-corrects for standing head and neck movement up to 10 cm
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Extraordinary contrast resolution: bones, ligaments, muscles, and nerves are easily discernible.
Designed to keep large animals and horses safe and calm
At no incremental cost to the practice...
At no incremental cost to the practice...
Clear, Advanced Imaging Your Client Needs
PEGASO™ EVOLUTION PROCEDURAL APPLICATIONS
Diagnostic Fluoroscopy
Interventional Fluoroscopy
Surgical
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Coughing
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Swallow Studies
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UG Studies
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Shunts
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Collapsing Tracheas
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Biopsies
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Endoscopy Guidance
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Stents
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SUB
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Surgical Planning
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Guided Biopsies
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Minimally Invasive Surgeries
Fluoroscopy
Fluoroscopy is a non-invasive imaging modality that uses x-rays to produce a real-time moving image. Fluoroscopy allows the capture, monitoring, replay, and manipulation of video of an anatomical region of interest, while it is in motion. FL mode can be used, for example, during the placement of stents or during other interventional radiographic procedures for the best positioning.
HDVI
With Vimago™, you can view images in axial, sagittal, and coronal planes - because of this, Vimago™ studies can be easier to read than regular radio-graphs.
Helping your clients make a better-informed decision about their patients health every day.
HDVI
Choose the right imaging technology for you.
HDVI Differentiations
How is Epica's HDVI Technology Different than Conventional CT?
Conventional (CT) Computed Tomography
Compared to HDVI Technology
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HDVI (High Definition Volumetric Imaging) is a new hybrid technology in CT (Computed Tomography) that provides unprecedented diagnostic and interventional information for clinicians.
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Conventional CT samples densities within a patient’s anatomy, providing axial sliced data, leaving gaps in the data in-between each slice.
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The data is reconstructed using interpolation, which works by using known data to estimate values at unknown points.
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After the data had been interpolated it is rendered in axial and coronal data sets. The resolution is different on each side.
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HDVI technology scans a solid volume of data at a time, resulting in gapless data, with no need for interpolation.
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HDVI delivers a 3D map of densities with a spacial resolution that is the same in all three dimensions, with contrast equivalent to conventional CT.
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This volume of data can provide resolution as small as 0.09mm which is about the thickness of a human hair.
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Clinicians can see the data in any angle, thickness or orientation leading to superior diagnostic confidence.
Variable geometry gantry (1.1m to 0.8m source to detector) optimizes image quality for any part of the horse and a Gantry that can tilt to 15 degrees
Evolution
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