Faster, Easier, Safer Epidurals
Discover Accuro®: A Clinically Validated Solution with AI-enabled Technology for Automated Neuraxial Guidance
Try Accuro, a clinically validated epidural and spinal anesthesia guidance solution enhanced with AI-enabled SpineNav3D™ technology. Accuro's integrated artificial intelligence equips clinicians with automated image reconstruction, enabling them to navigate complex anatomical scenarios. This integration marks a milestone in clinician support, training solutions, and improved patient outcomes.
Accuro's proprietary BoneEnhance® technology provides significant bone-to-tissue contrast, enabling you to identify the ideal needle placement location with confidence.
With SpineNav3D™, Accuro offers real-time, automatic guidance to assist in needle navigation, reducing the number of needle insertion attempts and enhancing patient comfort.
Designed for versatility, Accuro is suitable for a wide range of neuraxial anesthesia procedures. Its handheld, wireless design makes integrating into any clinical setting easy.
Accuro features data capture and storage capabilities, allowing you to track and analyze procedure data to optimize outcomes and improve patient care.
Buy Accuro with Confidence — Guaranteed Satisfaction!
Enjoy a worry-free purchase with Accuro! Use it for 60 days, and if it doesn't meet your requirements, return it for a complete refund.
Don’t miss this opportunity to elevate your practice with cutting-edge spinal navigation technology. Request a free Accuro demo and experience the state of spinal anesthesia utilized by more than 200 hospitals.
Compared with traditional landmark palpation.
Performance claims: D. Ghisi et al.; Ni, X., Li, Mz., Zhou, Sq. et al.; Singla, et al.Explore Resources, Guidance, and Real-World Results
Accuro Shows Statistically Significant Efficacy & Safety for Combined Spinal-Epidural Anesthesia
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Automated Ultrasound Guidance Streamlines Epidural Placement for Challenging Patients in Labor
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Success Story – Rapid Placement of Neuraxial Block in Morbidly Obese Parturient to Avoid General Anesthesia
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1. Compagnone, Christian, Giulia Borrini, Alberto Calabrese, Mario Taddei, Valentina Bellini, and Elena Bignami. "Artificial intelligence enhanced ultrasound (AI-US) in a severe obese parturient: a case report." The Ultrasound Journal 14, no. 34 (2022). https://doi.org/10.1186/s13089-022-00283-5.
2. Baglioni, Simone, Stefano Paolatti, Matteo Velardo, and Giorgio Capogna. 2021. "Accuracy of the SpineNav3D™ Ultrasound Technology in Estimating the Epidural Space Depth for Epidural and Spinal Insertion in Pregnant Obese Patients." Open Journal of Anesthesiology 11: 221-228. https://doi.org/10.4236/ojanes.2021.118022.
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