O-scan Equine
High Performance Equine Limb MRI
Sedated, stationary MRI is the standard of excellence recognized worldwide as the correct way to scan anatomy without compromising image quality. The Esaote O-scan equine covers imaging of the foot, pastern, fetlock, high suspensory, carpus, and tarsus regions of the equine limb.
The O-scan equine is the ideal cost-effective MRI to clearly distinguish between bone edema, ligaments, and tendons, ensuring accurate imaging through excellent contrast resolution and image quality; essential for optimal diagnosis.
We offer both new and refurbished systems.
Key Features:*
- EXP technology: faster overall system response thanks to a number of sophisticated MRI software techniques, designed around the new concept of parallel computing. eXP technology will substantially improve MRI examination by reducing scan times and improving image quality.
- Higher image quality: Easier and more reliable diagnosis leads to optimal marketing for your services.
- Low Power Consumption. Unlike high field systems, the O-scan equine makes careful use of resources by requiring less energy and no cryogenic liquids, resulting in very low maintenance costs.
- Advanced Hardware: Optimized features, performance and image quality. Designed around the new concept of parallel computing, eXP will substantially improve MRI examination by reducing scan times and improving image quality.
- Plug & Play: From the day of delivery, the system is fully operational and ready to use after 2 weeks; 1 week of installation, set-up and tuning and 1 week of operating and application user training.
- High Speed MRI: Shorter examination time means more comfort for the patient and higher efficiency with pre-programmed protocols that simplify and speed up examination procedures.
- One Stop Shop: The fastest track to diagnosis and treatment, with the O-scan equine installed in your surgery room.
*Technology and features are system/configuration dependent. Specifications subject to change without notice. Information might refer to products or modalities not yet approved in all countries. Product images are for illustrative purposes only.
ESAOTE VETERINARY MRI
O-scan VET
The Esaote O-scan VET is the extremity veterinary MRI for small animals and equine, combining intelligent engineering, a helium-free sustainable design, and one of the smallest footprints on the market into a flexible, dual-purpose MRI solution. With 1 kW power consumption, a 9 sqm installation footprint, pre-programmed veterinary protocols, and an extensive range of dedicated clinical applications, the O-scan VET accommodates everything from cats and small dogs through to horse distal limb anatomy, delivering fast, consistent, and accurate diagnostic imaging across a broader range of animal anatomies than any other extremity MRI system.
EXTREMITY MRI, DUAL PURPOSE, 9 SQM FOOTPRINT, HELIUM-FREE, 1 KW POWER, SMALL ANIMALS & EQUINE, PLUG-AND-PLAY
FOOTPRINT
9 sqm
POWER
1 kW
PATIENT RANGE
Dual Purpose
HELIUM
Free
RF COILS
Up to 3
TECHNICAL SPECIFICATIONS
System Specifications
System
System type
Extremity MRI, small animals and equine distal limb
Power consumption
1 kW, eco-friendly and efficient
Cryogenic liquids
Helium-free design
Footprint
9 sqm
Design
Plug-and-play, easy operation shortly after installation
Patient range
Small animals to horse distal limbs
Versatility
Small animal applications
Head, spine, extremities, small joints; cats, dogs
Equine applications
Distal limb from carpus and tarsus distally; hoof, pastern, fetlock, coffin joint
Protocols
Pre-programmed veterinary protocols; advanced scanning techniques
Image consistency
Advanced software for consistent image quality across animal anatomies
User experience
Plug-and-play design, fast exam times, and simple operation
RF Coils
Total coils available
Up to 3 customized coils
DPA medium coil
Head and spine of small breeds; horse extremities
Small parts coil
Head, spine, extremities of small breeds
DPA multipurpose coil
Dog head and spine; standard horse extremities
Installation
Minimum installation space
9 sqm
Power requirements
1 kW, standard power outlet
Setup
Plug-and-play, reduces setup and construction expenses
CLINICAL APPLICATIONS
What this system is built for
The O-scan VET is built for veterinary practices seeking a versatile, space-efficient MRI solution that covers both small animal and equine extremity imaging, delivering accurate, consistent diagnostic results across a wide range of anatomies in a compact, easy-to-operate platform.
Small animal extremity & joint imaging
Dedicated pre-programmed protocols and customized RF coils cover the full range of small-animal orthopedic applications, including head, spine, stifle, elbow, carpus, and small joints in cats and dogs, with consistent image quality and faster exam times than larger-bore systems.
Small animal neurological imaging
Head and spine protocols for cats and small to medium-breed dogs deliver the soft tissue contrast and spatial resolution needed for confident diagnosis of disc disease, intracranial neoplasia, and spinal cord compression, in a system small enough to fit in almost any practice setting.
Equine distal limb imaging
From the carpus and tarsus distally, the O-scan VET covers the full range of equine distal limb pathology, collateral ligament injuries, coffin joint disease, fetlock arthropathy, and hoof pathology, with dedicated equine protocols that facilitate accurate diagnosis of lameness-causing conditions on-site.
Practice expansion & new service lines
The plug-and-play design, minimal installation requirements, and low 1 kW operational cost make the O-scan VET the right choice for practices looking to add MRI as a new revenue stream, with immediate savings on energy and infrastructure compared to conventional superconducting MRI systems.
RELATED SYSTEMS
Other Esaote MRI systems
ESAOTE
G-scan Equine
Advanced spectral CT with AI-powered reconstruction for superior material differentiation.
ESAOTE
Magnifico Vet
Advanced spectral CT with AI-powered reconstruction for superior material differentiation.
ESAOTE
Vet MR-Grande
Whole-organ CT with advanced detector technology and dynamic scanning capability.