Ruthless Spine ™
Featuring Our …
Intraoperative Surgical Angle Measurement Tool
The RJB™
The RJB system is an Intraoperative Surgical Angle Measurement tool targeted for improving ease, efficiency and cost-effectiveness in procedures for lumbosacral pedicle screw placements.
Traditional Surgical Navigation Benefits without the Steep Barriers
While traditional surgical navigation for lumbosacral spine surgery offer the promise of accurate pedicle screw placement, today’s solutions are expensive, laborious, and present a steep learning curve. Spinal surgeons don’t need more complications: they need elegant, effective solutions.
The RJB™
Intraoperative Surgical Angle Measurement Tool
Competitors
Traditional Surgical Navigation Techniques
Precise Angle Tracking
Ease of Use
Cost-Effective
Time Efficient
Features of the RJB™
Cost-Effective
- No need for expensive, bulky machinery.
- Pairs with Android tablets with OS 10 and above or iOS tablets with iOS 14 and above with our reliable RJB system. See IFU for further minimum tablet requirements.
Efficient
- Real-time visualization of the axial and sagittal trajectory of the instrument shaft.
- Each single-use RJB module can provide an impressive 8 hours of continuous use.
- Seamlessly attachable bluetooth-connected module.
Ease of Use
- Requires relatively little training.
- Requires no dedicated staff.
- Simple 30-second set up.
RJB™ Overview
FDA Status
Ruthless Spine’s RJB device targeted for lumbosacral pedicle screw procedures is officially cleared for marketing by the FDA.
Device Description
The RJB device can measure the axial and sagittal angles of the instrument relative to gravity. The RJB system only provides measurements for angles in two planes relative to the vertical gravitational plumb line. As such, the RJB device does not provide surgical assistance, guidance, or navigation against patient anatomy. The RJB device is not intended to replace a surgeon’s clinical judgment and has not undergone clinical evaluation. No clinical benefit has been demonstrated or is claimed. For more information, please visit the complete RJB IFU Page.
