EOS (3D Skeletal System Imaging)

EOS imaging is a low-dose, biplanar imaging system designed for 3D skeletal imaging. It captures simultaneous frontal and lateral radiographic images, enabling precise measurements and assessments of the skeletal system. Utilizing slot-scanning technology, EOS significantly reduces radiation exposure compared to conventional X-ray systems. It is especially beneficial for orthopedic and spinal evaluations, as it allows for full-body imaging in weight-bearing positions. Additionally, EOS technology provides detailed 3D reconstructions of the skeletal structure, aiding in the diagnosis and treatment planning of various musculoskeletal conditions.

Why Choose EOS?

EOS imaging offers numerous advantages over traditional X-ray systems, including:

• Lower radiation exposure through advanced slot-scanning technology.
• Simultaneous frontal and lateral imaging for more comprehensive assessments.
• High-precision 3D reconstructions of the skeletal system.
• Enhanced evaluation of skeletal alignment and joint conditions in weight-bearing positions.

These features make EOS particularly valuable in orthopedic and spinal diagnostics, providing accurate measurements and improving the diagnosis and treatment planning of musculoskeletal disorders. By minimizing radiation dose while capturing high-quality images, EOS serves as a safer and more effective imaging tool in clinical practice.

Excellence in Scoliosis Diagnosis

EOS imaging has demonstrated exceptional effectiveness in scoliosis diagnosis, thanks to its ability to provide detailed 3D reconstructions and precise measurements of the spine. Studies have shown that EOS enhances the assessment of spinal curvature, vertebral rotation, and pelvic alignment, improving diagnostic accuracy compared to conventional X-ray systems. Its low-dose imaging and full-body weight-bearing capabilities offer superior visualization of spinal deformities, aiding in treatment planning and monitoring disease progression.

Key Advantages of EOS Imaging

• Significantly reduced radiation exposure compared to traditional X-rays.
• Simultaneous frontal and lateral imaging for comprehensive evaluation.
• Detailed 3D reconstructions for precise skeletal assessment.
• Accurate measurement of skeletal alignment and joint conditions.
• Improved clinical decision-making with high-quality imaging in weight-bearing positions.

EOS imaging stands out as an innovative and safer alternative to traditional X-ray systems, offering exceptional accuracy, reduced radiation risks, and enhanced musculoskeletal diagnostics. It has become an essential tool in orthopedic and spinal care, providing clinicians with comprehensive, high-quality imaging to support effective treatment planning.