Orthopedics

Why Modern Orthopedic Imaging

Supine positioning does not reflect the real anatomical position, and static images do not provide sufficient information about joint dynamics. Imaging solutions address these limitations by enabling real-time assessment of the joint in motion and in an orthostatic position. Open low-field MRI offers comfort to claustrophobic patients, reduces metal artifacts, and allows safe examination of patients with metal prostheses and pacemakers.

Orthopedic Solutions

• Musculoskeletal Ultrasound - assessment of soft tissue, detection of fluid collection, and visualization of cartilage and bone surfaces.
• Musculoskeletal MRI - open low-field technology delivering precise imaging and a comfortable patient experience.
• Weight-bearing imaging - studying joints in an orthostatic position to reveal pathologies difficult to assess with supine MRI.
• Sport Medicine MRI - recognized as the gold standard for precise diagnosis and prognosis of athletic injuries.

Multimodal Approach and Tailored Sequences

Combining ultrasound and magnetic resonance imaging captures the best of both modalities. Special features and dedicated sequences guide the evaluation toward specific clinical questions, allowing imaging protocols to be customized to individual needs. Low-field MRI reduces metal artifacts and offers tailor-made sequences, while mobile ultrasound solutions also perform well in the operating room.

Surgical Planning and Image Processing

Image processing tools based on segmentation and artificial intelligence enable MPR, MIP, and VR reconstructions. Planning software allows the radiologist and orthopedist to plan the implantation of hip, shoulder, and knee prostheses from X-ray images using the implant manufacturer's models, supporting precise and reproducible preoperative planning.