STELLAR Knee provides surgeons with meaningful clinical data, precisely when needed, to inform and guide their surgical procedures effectively.

Unlike conventional orthopedic surgical navigation, robotics, and first-generation augmented reality technology, STELLAR Knee offers real-time adjustment capabilities without the footprint of existing technologies. Its streamlined design enhances operational efficiency and seamlessly integrates into surgical workflows, transforming the surgical experience.

STELLAR Knee provides surgeons with meaningful clinical data, precisely when needed, to inform and guide their surgical procedures effectively.

Unlike conventional orthopedic surgical navigation, robotics, and first-generation augmented reality technology, STELLAR Knee offers real-time adjustment capabilities without the footprint of existing technologies. Its streamlined design enhances operational efficiency and seamlessly integrates into surgical workflows, transforming the surgical experience.

Empowers surgeons with the power of spatial computing

Real-Time Data Exchange Between Surgeon and Technology

Surgeons wear a low-profile mixed-reality headset that dynamically acquires patient-specific anatomic data and digitizes it into holographic displays.

Unparalleled Precision and Accuracy

A blend of proprietary optical tracking algorithms and spatial computing software capture clinically meaningful hard and soft tissue anatomic data specific to each patient, allowing for sub-millimetric intraoperative planning and precise resection accuracy and guidance.

Dynamic Interaction

Surgeons have full interactive capabilities, allowing them to make quick assessments and micro-adjustments to the surgical plan on the spot, enhancing surgical decision-making and proficiency.

Empowers surgeons with the power of spatial computing

Real-Time Data Exchange Between Surgeon and Technology

Surgeons wear a low-profile mixed-reality headset that dynamically acquires patient-specific anatomic data and digitizes it into holographic displays.

Unparalleled Precision and Accuracy

A blend of proprietary optical tracking algorithms and spatial computing software capture clinically meaningful hard and soft tissue anatomic data specific to each patient, allowing for sub-millimetric intraoperative planning and precise resection accuracy and guidance.

Dynamic Interaction

Surgeons have full interactive capabilities, allowing them to make quick assessments and micro-adjustments to the surgical plan on the spot, enhancing surgical decision-making and proficiency.

We're creating a new class of mixed reality surgical guidance technology

Measure

Without the need for pre-operative imaging, STELLAR Knee intra-operatively translates anatomic data into critical measurements needed for the surgeon to build a unique, patient specific surgical plan

Plan

Once measurements have been acquired, the surgeon will interact with STELLAR Knee to dynamically plan their surgery, including making precise refinements to resection depths and angles, fully complimented by live flexion and extension soft tissue balancing metrics.

Guide

Once the surgical plan is accepted and locked, STELLAR Knee will seamlessly guide the surgeon to the planned distal femoral, proximal tibial and 4:1 resection planes of the desired knee system.

We're creating a new class of mixed reality surgical guidance technology

Measure

Without the need for pre-operative imaging, STELLAR Knee intra-operatively translates anatomic data into critical measurements needed for the surgeon to build a unique, patient specific surgical plan

Plan

Once measurements have been acquired, the surgeon will interact with STELLAR Knee to dynamically plan their surgery, including making precise refinements to resection depths and angles, fully complimented by live flexion and extension soft tissue balancing metrics.

Guide

Once the surgical plan is accepted and locked, STELLAR Knee will seamlessly guide the surgeon to the planned distal femoral, proximal tibial and 4:1 resection planes of the desired knee system.

Data

During surgery, our technology is used a spatial computing tool, enabling clinically meaningful data exchanges between surgeon and software throughout the entire procedure, specific to each individual patient.

Accuracy

There are no compromises in total knee arthroplasty surgery. The advancements we have made in optical tracking deliver accuracy and precision consistent with today’s navigation and robotics systems.

Access

Our technology offers a significantly reduced overall footprint compared to navigation and robotics systems, enabling a truly portable user experience and a more economically feasible acquisition model for health systems and ASCs. Furthermore, our value proposition is enhanced by being completely open to all total knee implant systems, allowing surgeons to have greater familiarity and control.

Data

During surgery, our technology is used a spatial computing tool, enabling clinically meaningful data exchanges between surgeon and software throughout the entire procedure, specific to each individual patient.

Accuracy

There are no compromises in total knee arthroplasty surgery. The advancements we have made in optical tracking deliver accuracy and precision consistent with today’s navigation and robotics systems.

Access

Our technology offers a significantly reduced overall footprint compared to navigation and robotics systems, enabling a truly portable user experience and a more economically feasible acquisition model for health systems and ASCs. Furthermore, our value proposition is enhanced by being completely open to all total knee implant systems, allowing surgeons to have greater familiarity and control.

Brilliantly Revolutionary

Stellar Knee revolutionizes total knee arthroplasty procedures by combining advanced mixed reality technology with patient-specific data and intuitive surgical guidance, emboldening surgeons to achieve optimal outcomes with enhanced, robot-like precision, efficiency, and flexibility.

Brilliantly Revolutionary

Stellar Knee revolutionizes total knee arthroplasty procedures by combining advanced mixed reality technology with patient-specific data and intuitive surgical guidance, emboldening surgeons to achieve optimal outcomes with enhanced, robot-like precision, efficiency, and flexibility.

Discover how STELLAR Knee works

Discover how STELLAR Knee works

Digitizes the Operating Room

Surgeons wear a low-profile mixed reality headset, which acts as a 3D spatial computing tool. This headset dynamically acquires patient-specific anatomic data and digitizes it into holographic displays, creating a real-time digital data exchange between the surgeon and the technology.

Digitizes the Operating Room

Surgeons wear a low-profile mixed reality headset, which acts as a 3D spatial computing tool. This headset dynamically acquires patient-specific anatomic data and digitizes it into holographic displays, creating a real-time digital data exchange between the surgeon and the technology.

Advances Mixed-Reality Technology

With STELLAR Knee’s highly customizable and intuitive user interface, surgeons have full interactive capabilities. They can make quick assessments and micro-adjustments to the surgical plan in real-time, enhancing surgical decision-making throughout the procedure. Surgeons can simultaneously view the surgical field and essential data, allowing for seamless integration of information into the surgical workflow.

Advances Mixed-Reality Technology

With STELLAR Knee’s highly customizable and intuitive user interface, surgeons have full interactive capabilities. They can make quick assessments and micro-adjustments to the surgical plan in real-time, enhancing surgical decision-making throughout the procedure. Surgeons can simultaneously view the surgical field and essential data, allowing for seamless integration of information into the surgical workflow.

Advances Mixed-Reality Technology

With STELLAR Knee’s highly customizable and intuitive user interface, surgeons have full interactive capabilities. They can make quick assessments and micro-adjustments to the surgical plan in real-time, enhancing surgical decision-making throughout the procedure. Surgeons can simultaneously view the surgical field and essential data, allowing for seamless integration of information into the surgical workflow.

Enables Precise Surgical Measurements

Stellar Knee enables precise and efficient surgical measurements, navigation, guidance, and planning. Surgeons can accurately assess anatomical structures and plan their approach accordingly.

Enables Precise Surgical Measurements

Stellar Knee enables precise and efficient surgical measurements, navigation, guidance, and planning. Surgeons can accurately assess anatomical structures and plan their approach accordingly.

Delivers Robot-Like Precision

Stellar Knee offers robot-like precision without the need for cameras, additional screens, accessories, or high costs.

Delivers Robot-Like Precision

Stellar Knee offers robot-like precision without the need for cameras, additional screens, accessories, or high costs.

Offers Unprecedented Implant Compatibility

STELLAR Knee offers unparalleled flexibility by allowing surgeons to utilize any implant system for total knee arthroplasty procedures. Surgeons have the freedom to choose from a wide range of implant systems while accommodating unique patients’ needs, such as allergies or specific preferences, ensuring personalized treatment.

Offers Unprecedented Implant Compatibility

STELLAR Knee offers unparalleled flexibility by allowing surgeons to utilize any implant system for total knee arthroplasty procedures. Surgeons have the freedom to choose from a wide range of implant systems while accommodating unique patients’ needs, such as allergies or specific preferences, ensuring personalized treatment.