Intentionally Simple. No strings, cords—or Sonographer—attached.

The world’s first ultrasound-based system designed specifically to help you apply spinal and epidural anesthesia with automated detection of epidural location and depth.

RIVANNA Newsroom

June 12, 2017 | Anesthesiology News Hand-held ultrasound device accurate for neuraxial depth and landmark assessment

May 15, 2017 | Press Release SOAP Clinical Research Presentations Prove the Benefits of RIVANNA Spinal Navigation System

April 25, 2017 | Press Release Rivanna Medical Receives Health Canada Approval for Accuro Spinal Navigation System

February 27, 2017 | Accuro™ in Rome used in world's first image-guided epidural in patient with rare neurological condition

December 6, 2016 | Press Release RIVANNA Announces Multiple Key Patents for Accuro™ and Accuro Locator™

October 13, 2016 | Press Release RIVANNA Secures $3.5 Million in Growth Financing

RIVANNA Events

AANA Nurse Anesthesia Annual Congress
Visit us and demo an Accuro™ on September 8-12, 2017 in Seattle, WA.

ASA 2017
Visit us and demo an Accuro:tm: on October 21-23, 2017 in Boston, MA.

PGA71 PostGraduate Assembly in Anesthesiology
Visit us and demo an Accuro:tm: on December 8-12, 2017 in New York, NY.

Why Accuro?

The Accuro 3D spinal navigation technology by Rivanna Medical removes the guesswork that comes with blind needle guidance when you are performing epidurals or spinals because it is technology that is easy to use. Handheld, lightweight, untethered—the Accuro is the world’s first ultrasound-based system designed specifically to help you apply spinal and epidural anesthesia with 3D navigation of the lumbar spine. This innovative technology will improve your efficiency and instill confidence and comfort in the patients you treat.

Easy to Use, First-attempt Success.

Accuro’s automatic detection of epidural location and depth makes it easy for you to administer spinal anesthesia. First time, every time.

*M. Tiouririne, et al., “Imaging performance of a handheld ultrasound system with real-time computer-aided detection of lumbar spine anatomy: a feasibility study.” Investigative Radiology. 2017; 52(8): 1-8. Study was performed in the lumbar spine region for both obese and normal BMI subjects.