Introduction
Safe, effective, affordable
Designed from the ground up, two decades of advanced imaging experience lie behind our patented Standing Equine leg CT (slCT) scanner for horses. This innovative modality, from the pioneers in Standing Equine MRI, delivers safe, effective and affordable advanced imaging for your practice.
Step up to another level in everyday lameness diagnosis.
- Safe: a walk-in walk-out floor level system ensures safety for you and your patient.
- Effective: fast 3D imaging delivers detailed cross-sectional images for a conclusive diagnosis.
- Affordable: With on-demand system support and monthly payment plans, be profitable in as few as 10-15 cases per month.
- Backed: by Hallmarq Q-Care, our unique customer care programme.
Conclusive 3D imaging and safer positioning in an affordable system. Standing Equine Leg CT is THE option for a more profitable practice.
Safe, effective, affordable CT
The benefits of Standing Equine leg CT
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 handler to remain in the room throughout, safety for both 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
Our Standing leg CT offers superb spatial resolution to locate small changes in the distal limb, with no super imposition or complex overlap of anatomy. Plus, you have the ability to orientate images to view key structures in fine detail to aid clinical diagnosis.
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.
Standing Equine leg CT Scanner for Horses
Clinical Image Gallery
Specifically designed to image the distal limb of the standing, sedated horse, our innovative Standing Equine leg CT scanner for horses (slCT) captures superb images for a more accurate diagnosis.
See the whole picture when you combine slCT with Hallmarq’s unique Standing Equine MRI, our complementary system.
Our novel dual-concentric design allows the patient to remain close to the detector for optimal image quality.
Providing clinicians with better guidance for treatment
Clinical uses of Standing Equine leg CT
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
Standing Equine leg 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
The complete picture
Obtain complementary clinical information when combined with Hallmarq’s unique Standing Equine MRI system (sMRI)
Safe
- Easy access walk-in walk-out floor level system for safer positioning of the horse and more control for the handler.
- With no general anesthesia required, the gently sedated horse walks onto the system for easy image acquisition.
- With lower radiation exposure than a DR, the horse handler remains in the room, behind a shielded screen.
- The scan can be paused for easy exit at any time and the horse walked out of the system to prevent possible injury.
Effective
- Standing Equine leg CT scanner for horses improves your everyday lameness diagnosis
- Offer a definitive diagnosis for a better treatment plan
- The entire process is an outpatient procedure and does not require general anesthesia
- Backed by Q-Care, our world-class life-cycle support program, designed to optimise your CT service
Affordable
- Unique business model to reduce your investment risk
- Low installations costs – no special floor or power required
- Low running costs with comprehensive support included
- High case throughput with fast acquisition times
- Run a profitable CT service with your everyday lameness caseload
Hallmarq’s Standing Equine Leg CT is now our first port of call for complex proximal sesamoid fractures where we have concerns over configuration. Generating data sets is quick and easy and image resolution can be just as impressive as MRI.”
Henry O’Neill MVB, DVM, MS, Dipl ACVS, MRCVS, American Specialist in Equine Surgery, Donnington Grove Equine Vets
Preparation and sedation
- A general physical and lameness examination should be performed prior to the procedure
- If the foot is the area of interest, remove the shoe of the affected limb before imaging
- Sedation protocols and procedures to suit your clinic
- Needle or catheter administration
- Appropriate sedation typically achieved with alpha-2 agonists +/- opioid
Position and scanning
- The horse is sedated and walked into the Standing leg CT system
- The lame leg is positioned for scanning
- A 60 second, high-resolution 3D scan is performed with the operator remaining in the room
- The horse is repositioned to scan either a new region or the contralateral leg if required
Post scan recovery
- Standing Equine leg CT makes outpatient visits possible
- The horse returns to its stable to recover from sedation
- Generally, the horse can safely return home the same day
Diagnosis and treatment
- Interpretation – Radiologists are available for consultation and official report distribution (usually within 24 hours)
- Consultation – Vet and/or radiologist discuss the finding(s) with the client
- Treatment – With a conclusive diagnosis, targeted therapies are recommended and an accurate prognosis given
- Rehabilitation – Recommendations are provided to the client
“The system was very straightforward to install and has a simple-to-use interface. Quick acquisition time and fine bone detail make surgical planning much easier.”
Jonathon Dixon BVetMed MVetMed Dipl.ECVDI MRCVS Rainbow Equine Hospital
“slCT really complemented what the MRI had told us about the content and signal intensity and, in this case, helped with surgical planning, providing useful information on the bone margin.”
Alison Fairburn Specialist in Diagnostic Imaging BVSc DipECVDI-LA MRCVS Bell Equine Veterinary Hospital
“We are really excited to put into practice the development so far to help facilitate the move into second phase clinical trials and offer our customers a world first.”
Jonathon Dixon BVetMed MVetMed DipECVDI MRCVS Rainbow Equine Hospital
“we are interested to see if the slCT can improve our ability to diagnose cartilage defects in coffin joints and fetlocks.”
Luis Rubio-Martinez DVM DVSc PhD DACVS DECVS DACVSMR MRCVS Sussex Equine Hospital
“Hallmarq’s CT has delivered 3D images of feet, pasterns and fetlocks in standing horses in a practical, quick and easy way.”
Ceri Sherlock BVetMed (Hons) MS MVetMed DipACVS-LA DipECVDI-LA DECVS MRVCS RCVS and European Specialist in Equine Surgery and Veterinary Diagnostic Imaging Bell Equine Veterinary Hospital
“The standing leg cone-beam CT system from Hallmarq provides a safe, and convenient diagnostic modality to help produce a definitive diagnosis and guide the best treatment plan for equine patients.”
Jonathon Dixon BVetMed MVetMed DipECVDI MRCVS Rainbow Equine Hospital
“The 3D information generated from Hallmarq’s standing CT has helped us with our diagnoses and provided more information than conventional imaging modalities in many cases already.”
Alison Fairburn Specialist in Diagnostic Imaging BVSc DipECVDI-LA MRCVS Bell Equine Veterinary Hospital
Details
Technical Specifications
In planning for the installation of your Hallmarq Standing Equine Leg CT system, the high-level technical specifications below should be taken into consideration.
| System Specification | |
|---|---|
| Generator | Cone Beam |
| 75kV/0.7mA | |
| Form Factor | Open |
| Equipment moves in concentric circles | |
| Speed | 360 degrees in one minute |
| FOV | 220mm diameter cylinder |
| 160mm high | |
| Slice Thickness | 0.25mm |
| Scan Velocity | 1 rpm |
| Current Coverage | Distal limb |
| Motion Correction | Yes |
| GA | Not required |
| System Components | |
|---|---|
| Complete CT System | Source/detector/platform/footrest |
| Computer/keyboard/mouse/software/cabling | |
| Two operator shields | |
| User Manual | |
| CT Mainframe | 375.90 kg |
| 2000mm L x 2000mm W x 250mm H | |
| Side Extension Platform | 72.99 kg |
| 1500mm L x 600mm W | |
| Front Extension Platform | 1000mm L x 2000mm W |
| Ramp | 68.00 kg |
| 1000mm L x 1900mm W | |
| Ramp Side Extension | 20.00 kg |
| 750mm L x 600mm W | |
| Console Unit | 610mm L x 1000mm W x 900mm H |
| Radiation Screen | 60mm L x 1210mm W x 1990mm H |
| Electronics | |
|---|---|
| 230V – 13 Amp | |
| Internet connection required with 500KB minimum band width |
| Software | |
|---|---|
| Modern clinical user interface | |
| Simple and easy to use | |
| Choice of multiple scan types | |
| PACS integration | |
| Built in back-up data | |
| Motion correction algorithm for improved images | |
| User-selectable reconstruction options |
Q-Care
We are your trusted partner for advanced veterinary imaging.
Providing high-quality images is just the beginning. We’re here to help optimise your imaging service – from initial enquiry through installation and beyond. We guarantee support along your imaging journey, with an unrivalled programme designed to add value to your practice.
