VISIE 3D scanners are Investigational Devices and are not available for sale.

GROUNDBREAKING
SURGICAL VISION

3D computer vision and spatial computing for robotic
and navigated orthopedic, neuro, and spine surgery.

VISIE 3D COMPUTER VISION

Precision optics. Deep tech. Actionable intelligence.

VISIE’s groundbreaking, IP-protected optical scanners:

  • Use patient and OR staff-safe white and infrared light
  • Are controlled by a custom GUI and fully customizable
  • Come in hand-held and mounted embodiments
  • Deliver objective, non-invasive ‘snap’ registration (under one second)
  • Possess scene awareness and ability to drive surgical robotic arms into specified planes without tracking pins or arrays
  • Work with or without CT
  • Save time and tissue
Request a demo

MORE THAN 10X GREATER PRECISION

Than industry standard.*

Transform matrix RMS variation (uncertainty) of angle about x-axis

Transform matrix RMS variation (uncertainty) of angle about y-axis
Transform matrix RMS variation (uncertainty) of angle about z-axis

Transform matrix RMS variation (uncertainty) of position along x-axis

Transform matrix RMS variation (uncertainty) of position along y-axis

Transform matrix RMS variation (uncertainty) of position along z-axis
VISIE
376,000 points in 1 second
0.002 deg

0.004 deg

0.004 deg
0.01 mm
0.02 mm
0.02 mm
TRACE
350 points in greater than 1 minute
0.4 deg
1.2 deg
1.2 deg
3.7 mm
2.9 mm
3.0 mm
VISIE
376,000 points in 1 second

Transform matrix RMS variation (uncertainty) of angle about x-axis

0.002 deg

Transform matrix RMS variation (uncertainty) of angle about x-axis

0.004 deg

Transform matrix RMS variation (uncertainty) of angle about x-axis

0.004 deg

Transform matrix RMS variation (uncertainty) of angle about x-axis

0.01 mm

Transform matrix RMS variation (uncertainty) of angle about x-axis

0.02 mm

Transform matrix RMS variation (uncertainty) of angle about x-axis

0.02 mm

TRACE
350 points in greater than 1 minute

Transform matrix RMS variation (uncertainty) of angle about x-axis

0.4 deg

Transform matrix RMS variation (uncertainty) of angle about x-axis

1.2 deg

Transform matrix RMS variation (uncertainty) of angle about x-axis

1.2 deg

Transform matrix RMS variation (uncertainty) of angle about x-axis

3.7 mm

Transform matrix RMS variation (uncertainty) of angle about x-axis

2.9 mm

Transform matrix RMS variation (uncertainty) of angle about x-axis

3.0 mm

* Current spatial positioning technology on today’s navigation/robotic systems.

For more information or to request a demo. 

CONTACT US

Get in touch

WHAT SURGEONS ARE SAYING

“A real showstopper. Lots of oohs and ahhs in SF today. Incredible technology, please do a hip soon Advanced Scanners.”

Orthopedic Surgeon
LinkedIn Follower

“Speechless. Technology like this can help shift robotic TKA from time neutral (or a time loss of 3-5 minutes) to time savings.”

Orthopedic Surgeon
LinkedIn Follower

“In my mind, the holy grail of navigation / robotics would be to have a system be able to register with and without a CT scan.”

Orthopedic Surgeon
LinkedIn Follower

“A real showstopper. Lots of oohs and ahhs in SF today. Incredible technology, please do a hip soon Advanced Scanners.”

Orthopedic Surgeon
LinkedIn Follower

“A real showstopper. Lots of oohs and ahhs in SF today. Incredible technology, please do a hip soon Advanced Scanners.”

Orthopedic Surgeon
LinkedIn Follower

THE FUTURE OF ROBOTIC AND NAVIGATED SURGERY

ORTHO
See the precise cut plane.
NEURO
See the brain shift.
SPINE
See the target insertion point.
Request a demo

MORE THAN 10X GREATER PRECISION

Than industry standard.*