Minimally invasive spine surgery using ARTIS pheno for intraoperative imaging at Jikei University School of Medicine, Tokyo, Japan

Spine SurgerySpeed. Precision. Less repetition.

Demand for spine surgery is steadily growing due to demographic and lifestyle changes in recent years. Patient-centered healthcare institutions are emphasizing minimally invasive spine surgery procedures that allow for better patient outcomes and shorter intervention times. While the smaller skin incisions compared to conventional open surgeries may reduce blood loss, surgeons cannot evaluate the progress of minimally invasive implantation based on eyesight alone. High-quality intraoperative imaging is therefore crucial for precise minimally invasive spine surgery.

Our imaging solutions provide accurate 2D and 3D visualization to optimally support you during image-guided spine surgery procedures. Combining intraoperative imaging with optical navigation can greatly boost surgical precision and help you reduce the radiation required for guidance even further.

Spine procedures with Hybrid OR imaging solutions

Our Hybrid OR imaging solutions help optimize clinical operations, allowing you to perform complex spinal fusion procedures and scoliosis corrections.

In combination with optical navigation, image-guided spine surgery with ARTIS pheno helps reduce the revision rate for minimally invasive spinal fusion procedures to less than 1%.

Reduce the revision rate for spinal fusion procedures to less than 1% by combining ARTIS pheno with optical navigation.1

ARTIS pheno can display ten vertebrae or more in a single large-volume cone-beam CT acquisition during minimally invasive spine surgery.

ARTIS pheno supports you in the surgical reconstruction of long stretches of the spine thanks to large-volume imaging that can display 10 vertebrae or more in a single 3D image.

Spine procedures with mobile C-arms

Minimally invasive techniques requiring intraoperative 2D and 3D imaging are increasingly used even for standard procedures in conventional operating rooms. With Cios Spin, our versatile mobile C-arm with an isocentric design and easy-to-use 3D workflow capabilities, you are prepared for a broad range of image-guided spine surgery procedures.

Intraoperative corrections are necessary for approx. 10% of spinal fracture treatments.

Our imaging systems allow you to verify the placement of spinal implants intraoperatively, helping you avoid revision surgeries.

Dose study for spine surgery with mobile C-arm machine

Select the right dose and image quality according to ALARA (as low as reasonably achievable) and read this recently published study: “Image Quality and Dose Comparison of 3 Mobile Intraoperative Three-Dimensional Imaging Systems in Spine Surgery“