About
OnPoint AR is a next-generation augmented reality surgical guidance system built to transform the way spine surgeons operate. By overlaying virtual implants, 3D anatomical landmarks, and surgical guides directly onto the patient in real time, OnPoint AR empowers surgeons to make more informed decisions before committing to irreversible steps. Powered by AI and machine learning, the platform offers a level of 3D spatial awareness not achievable with traditional navigation or robotic systems. The system features a lightweight headset weighing under 4 ounces with 4K resolution and wireless connectivity, making it practical for standard operating room environments. Unlike robotic alternatives that can take 30–45 minutes to set up and significantly disrupt surgical workflow, OnPoint AR is operational in under 5 minutes with a minimal learning curve. OnPoint AR supports a broad range of spine procedures including pedicle and cortical screw placement, lumbar interbody cage positioning (TLIF, PLIF, ALIF, XLIF/LLIF), and cervical spine surgeries. Its open-platform architecture means full compatibility with instruments and implants from all major manufacturers, giving surgeons complete control without locking them into proprietary ecosystems. The platform benefits patients through potentially improved safety and reduced outcome variability, while hospitals and ambulatory surgery centers benefit from lower capital investment compared to robotic systems. OnPoint AR is designed for spine surgeons, orthopedic surgeons, and neurosurgeons seeking to enhance accuracy and confidence without sacrificing tactile feedback or surgical control.
Key Features
- Real-Time AR Surgical Visualization: Projects virtual implants and 3D anatomical landmarks directly onto the patient, enabling live surgical planning before committing to irreversible steps.
- Lightweight 4K Wireless Headset: Under 4 ounces with 4K resolution and wireless connectivity, designed for comfort and usability in the operating room without cables or bulk.
- Open & Universal Platform: Compatible with implants and instruments from all major spine manufacturers, giving surgeons full flexibility without proprietary lock-in.
- AI & Machine Learning Powered Accuracy: Uses AI and ML to enhance precision and confidence in screw placement, cage positioning, and anatomical targeting across multiple procedure types.
- Rapid Setup Under 5 Minutes: Unlike robotic systems that require 30–45 minutes of prep, OnPoint AR is ready in under 5 minutes with minimal workflow disruption.
Use Cases
- Spine surgeons performing pedicle or cortical screw fixation who need enhanced visualization and placement accuracy in open or minimally invasive fusion procedures.
- Orthopedic and neurosurgical teams conducting lumbar interbody cage placements (TLIF, PLIF, ALIF, XLIF/LLIF) seeking improved workflow efficiency and precision.
- Hospitals and ambulatory surgery centers looking to adopt advanced surgical guidance technology without the high cost or setup time of robotic systems.
- Surgeons handling complex cervical spine procedures where unique anatomical challenges require superior 3D spatial awareness and implant visualization.
- Surgical practices performing revision spine surgeries that benefit from real-time AR planning before committing to irreversible intraoperative decisions.
Pros
- Preserves Tactile Feedback: Unlike robotic systems, OnPoint AR maintains the surgeon's natural tactile sense, combining haptic awareness with augmented visual precision.
- Minimal Learning Curve: Designed for seamless adoption, the system integrates into existing surgical workflows with little training required compared to robotic alternatives.
- Lower Capital Investment: Significantly more cost-effective than robotic surgical systems, making advanced guidance technology accessible to more hospitals and ASCs.
- Broad Procedure Compatibility: Supports pedicle screws, cortical screws, lumbar interbody cages, cervical spine, MIS fusion, and revision surgeries across a wide surgical spectrum.
Cons
- Specialized Use Case: Currently focused on spine surgery, limiting applicability to orthopedic or neurosurgical teams outside of spinal procedures.
- Hardware Dependency: Requires proprietary AR headset hardware, meaning adoption involves procurement of physical devices in addition to the software platform.
- Regulatory & Adoption Barriers: As a medical device, hospital procurement, credentialing, and regulatory approval processes may extend time-to-adoption for new users.
Frequently Asked Questions
How is OnPoint AR different from surgical robots?
Unlike surgical robots, OnPoint AR preserves the surgeon's tactile feedback and full control, sets up in under 5 minutes, and requires a significantly lower capital investment. Robots typically take 30–45 minutes to set up and partially transfer control away from the surgeon.
What spine procedures does OnPoint AR support?
OnPoint AR supports pedicle and cortical screw placement, lumbar interbody cage procedures (TLIF, PLIF, ALIF, XLIF/LLIF), cervical spine surgeries, minimally invasive fusion, and revision surgeries.
Is OnPoint AR compatible with my existing implants and instruments?
Yes. OnPoint AR is an open platform fully compatible with implants and instruments from all major spine manufacturers, so you are not required to change your preferred tools.
How does the AR headset work during surgery?
The lightweight 4K wireless headset projects virtual surgical guides, implant models, and 3D anatomical landmarks directly onto the patient in real time, enabling the surgeon to visualize placement and anatomy without looking away from the operative field.
How does OnPoint AR benefit patients?
By enabling more controlled and repeatable surgical steps with enhanced visualization, OnPoint AR has the potential to improve patient safety, reduce outcome variability, and support more consistent procedural execution.
