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Computed Tomography

Our Standing-CT Hallmarq system allows 3D diagnostic imaging of the equine distal limb with the horse standing. The scans can be obtained in 60 seconds per region. The images are reviewed immediately in our state the of art facilities by our team of diploma holders.

This system brings the latest technology in diagnostic imaging whilst preventing complications associated with general anaesthesia, reducing the time of diagnosis and providing early treatment to a wide range of orthopaedic cases.

The Benefits

Safer for horse and handler

The unique walk-in walk-out floor level system means easy entry and exit for the standing sedated patient. With no general anaesthesia required for the horse, and low dose radiation allowing the operator and handler to remain in the room throughout, safety for all is assured.

Affordable

Minimal install and running costs allow you to offer affordable advanced imaging. With no need for a purpose-built room, the compact design, on-demand system support and monthly payment plans mean you can be profitable in as few as 10 cases per month.

Effective

Vision CT offers superb spatial resolution to locate small changes in the distal limb, with no superimposition or complex overlap of anatomy. Plus, images are in standard DICOM format and can be orientated at any angle in standard workstation software to view key structures.

Quick acquisition time

You can capture 3D image sets in 60 second scan times. When combined with our proven motion correction software, you get more than a conventional radiograph.

Clinical uses

A clear picture of everyday lameness

3D musculoskeletal imaging is within reach for your clinic, and invaluable to any practice with a significant sports medicine caseload

3D images for surgical planning

Advanced pre-operative imaging to help determine the precise nature and location of pathology

Scan multiple regions

Vision CT can be performed on any region of the distal limb

Improved detail with cone beam technology

Ideal for distal limb imaging, detecting non-displaced fractures, subtle changes in bone density and small osteophytic lesions

Bony tissue differentiation

Better differentiation of sub-chondral vs cortical bone pathology

 

 

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