technology THAT goes beyond visualization

The first application of our technology is in the operating room—a complex, high-stakes environment that requires precision, advanced skills, and accurate live data.
The New Way of SeeingTM

When we can see more clearly,
we magnify all of our capacities & CAPABILITIES

Proprio was born out of the concept of proprioception with the goal of helping surgeons navigate the intersection of surgery and human anatomy. Proprio is harnessing the power of Volumetric IntelligenceTM technology geared to enhance surgical performance by creating a 3D view of anatomy and the surgical space without exposure to harmful radiation.

The Paradigm system is an advanced surgical navigation system that can provide critical information unifying pre-operative imaging and planning with intraoperative performance data. This singular longitudinal data set can deliver significant value to the entire surgical ecosystem. Computer-assisted navigation in spine surgery has been shown to:

• Increase implant accuracy.
• Decrease complications.
• Decrease likelihood of revisions.
• Decrease radiation exposure to patient, surgeon, and OR staff.
• Decrease OR time.

INTRODUCING PROPRIO’S REVOLUTIONARY PLATFORM

Proprio's PARADIGMsystem is an algorithmic, real-time, multi-modal image registration system geared to enhance surgical performance.

The Proprio PRISM array utilizes light field technology to capture high-definition multi-modal images of the anatomy without any harmful radiation.

Proprio's ADAPTIVE REGISTRATION technology leverages an algorithmic, real-time, multi-modal image registration system using 3D scanning equipment, image sensors, video cameras, and a computer operating system to provide a virtual and mixed reality display for the performance of surgery.

INTRODUCING PROPRIO’S REVOLUTIONARY PLATFORM

Proprio's PARADIGMsystem is an algorithmic, real-time, multi-modal image registration system geared to enhance surgical performance.

The Proprio PRISMarray utilizes light field technology to capture high-definition multi-modal images of the anatomy without any harmful radiation.

Proprio's ADAPTIVE REGISTRATIONtechnology leverages an algorithmic, real-time, multi-modal image registration system using 3D scanning equipment, image sensors, video cameras, and a computer operating system to provide a virtual and mixed reality display for the performance of surgery.

leveraging machine intelligence to augment and enhance human capabilities

Proprio's sensor suite will capture and combine the two in order to better comprehend this multi-layered complexity and provide a set of rich insights to enhance the practice of medicine well into the future.

No more limitations

The human anatomy, with its complexity and dynamism is one of the richest and most valuable data sets in the world. We believe that the physician-patient interaction is equally valuable.

All the data you need

Using Proprio's sensor suite, surgeons will be able to access all the data they need including operative imaging, powerful magnification, virtual annotation, and collaborative feedback directly in their field of view. And because this perspective shifts with them, naturally the system is completely intuitive to use.

Better surgical performance

The power of this technology goes beyond visualization. It enables teams to see through obstructions, magnify in and out without losing depth of field or surface detail, align tools with precise pre-operative plans and collaborate with colleagues anywhere in the world.

RESEARCH

Proprio research links and whitepapers

7.20.2023

OPTIMIZING SURGICAL ALIGNMENT: INTRAOPERATIVE ASSESSMENT OF ALIGNMENT USING ZERO RADIATION, VOLUMETRIC INTELLIGENCE

WANT TO LEARN MORE ABOUT PROPRIO?
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Connect with a Proprio technology consultant or learn more about Volumetric IntelligenceTM today

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Indications

The Paradigm System is a stereotaxic image guidance system intended for the spatial positioning and orientation of spinal surgical instruments used by surgeons during open surgical procedures with appropriate bone preparation. The device is indicated for posterior approach spine surgery where reference to a rigid anatomical structure that can be identified on CT derived patient images for pedicle screw cannulation of the thoracic to sacrum vertebrae.