High-quality images, whatever the modality
Our range of advanced CT, MRI and ultrasound systems has been designed to enhance your sports medicine practice with high-quality clinical images that aid in the diagnosis and prevention of musculoskeletal and cardiac injuries.
CT// Ankle injury
CT scan with Aquilion Precision shows ankle trauma. Global Illumination rendering enhances view of bone texture and surface detail.
Ultrasound // Achllies Tendon with SMI
Achilles tendinopathy the on the Aplio i800. Using the new i24LX8 transducer with Differential Tissue Harmonics at 19 MHz, using cSMI, Precision and Aplipure+. Color SMI is used to demonstrate the vascular structure.
Ultrasound // Achilles Tendinopathy, R & L Comparison
Achilles Tendinopathy on the on the Aplio i800. Using the new i24LX8 transducer with Differential Tissue Harmonics at 18 MHz, using Precision and Aplipure+. Split screen enables comparison of the affected and unaffected side.
Ultrasound // Fibular Nerve
Tracking the Fibular nerve on the Aplio i800. Using the new i24LX8 transducer with Differential Tissue Harmonics at 19 MHz, using Precision and Aplipure+.
Ultrasound // Ankle lig acute tear with stress
Ultrasound of an acute ankle ligament tear with stress applied using the Aplio i800. Using the new i24LX8 transducer with Differential Tissue Harmonics at 21 MHz, using Precision and Aplipure.
Ultrasound // Achilles Tendinopathy mSMI
Achilles tendinopathy on the on the Aplio i800. Using the new i24LX8 transducer with Differential Tissue Harmonics at 18 MHz, using mSMI, Precision and Aplipure+. Monochrome SMI is used to demonstrate the vascularity.
Ultrasound // Achilles Tendinopathy
Achilles tendinopathy in B-Mode on the on the Aplio i800. Using the new i24LX8 transducer with Differential Tissue Harmonics at 18 MHz, using Precision and Aplipure+.
Ultrasound // AchilesTendinopathy cSMI
Achilles tendinopathy on the on the Aplio i800. Using the new i24LX8 transducer with Differential Tissue Harmonics at 18 MHz, using cSMI, Precision and Aplipure+. Color SMI is used to demonstrate the vascular structure.
MRI // T2 mapping
SE mEcho sequence for cartilage evaluation. Automated color map
View Scan Parameters| Sequence | Sg SE 2D mEcho |
| FOV | 15x15 |
| Resolution | 0.6 x 0.6 |
| Scan Time | 5:21 |
| Other Parameters |
MRI
Routine examination combined with Ultrashort TE sequence. Easy evaluation of different grades of intra-tendon edema.
View Scan Parameters 1| Sequence | Sag PD FS |
| FOV | 17x15 |
| Resolution | 0.3 x 0.3 |
| Scan Time | 4:36 |
| Other Parameters |
| Sequence | Sag FFE 3D UTE |
| FOV | 23x23 |
| Resolution | 0.7 x 0.7 |
| Scan Time | 2x5:5 9 |
| Other Parameters | TE=0.1/2.0 |
MRI
High resolution images and thin slice thickness aids in the visualization of bone structure and cartilage.
View Scan Parameters| Sequence | FSE 2D T1 |
| FOV | 12x13 |
| Resolution | 0.3 x 0.3 |
| Scan Time | 4:33 |
CT
Volume Ankle scan
Fractured talus
CTDI 2.7, DLP 37.5
Isotrophic resolution provides excellent image quality in all planes. A fracture of the talus is seen in this volume scan of the ankle is performed with one rotation.
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Due to medical device regulatory reasons, not all products/services displayed on this Canon Medical Systems webpage are available in all countries or markets. Future availability of the products/service cannot also be guaranteed. Don't hesitate to contact your local Canon Medical Systems representative for further details.
