Kinomatic is an advanced AI-powered platform designed to transform preoperative surgical planning, with a particular focus on spine and brain surgeries. By combining cutting-edge imaging analysis with artificial intelligence, Kinomatic provides highly detailed, patient-specific surgical plans to help surgeons achieve optimal outcomes with greater precision and efficiency.
Headquartered in the United States, Kinomatic aims to eliminate guesswork in surgery by using accurate imaging and biomechanical data to create fully customized surgical blueprints. These plans are designed to enhance the accuracy of implant selection, improve alignment, and reduce complications during and after surgery.
Kinomatic’s platform integrates seamlessly into surgical workflows and helps streamline the planning process by providing surgeons with automated, personalized, and data-driven solutions before the patient even enters the operating room.
Features
AI-Driven 3D Surgical Planning: Kinomatic uses artificial intelligence to analyze CT and MRI scans to generate precise, patient-specific 3D models for surgical planning.
Personalized Implant Selection: The platform recommends the optimal size, type, and positioning of implants based on the patient’s anatomy and biomechanics.
Preoperative Alignment Analysis: Kinomatic helps surgeons assess and optimize spinal or cranial alignment before surgery, reducing the likelihood of postoperative complications or revisions.
Cloud-Based Platform: Kinomatic is cloud-native, enabling secure access to planning data from anywhere and allowing collaboration between surgical teams and institutions.
Automatic Data Processing: The platform processes medical images quickly and delivers complete pre-surgical plans without the need for manual segmentation or manipulation.
Custom Templates for Surgery: Kinomatic generates individualized surgical guides that surgeons can use intraoperatively to follow the exact plan created during the preoperative phase.
Seamless Integration: The platform is designed to work with existing imaging systems and hospital protocols, allowing easy integration into clinical practice.
Multidisciplinary Use: While currently optimized for spine and brain procedures, Kinomatic’s platform supports applications in neurosurgery, orthopedic spine surgery, and related specialties.
How It Works
Kinomatic begins with high-resolution imaging data from the patient, typically in the form of CT or MRI scans. These scans are uploaded securely to the Kinomatic cloud platform.
The AI engine processes these images to create a detailed 3D model of the patient’s anatomy, including bone structures, alignment, and relevant surgical landmarks. The platform then uses this model to perform a biomechanical analysis and simulate various surgical scenarios.
Based on the patient’s specific anatomy, Kinomatic generates a complete surgical plan. This includes suggested implant types, sizes, and optimal positioning, as well as alignment targets that consider long-term functionality and mobility.
Surgeons receive this information in the form of a digital report and 3D visualizations that can be reviewed ahead of the procedure. These plans can be used as a reference intraoperatively, either digitally or with physical guides.
The goal is to empower the surgical team with deeper insight and control, leading to better outcomes and fewer intraoperative surprises.
Use Cases
Kinomatic is primarily used in spine and brain surgeries where precision, alignment, and patient-specific planning are critical for success.
In spinal fusion or deformity correction surgeries, Kinomatic provides detailed alignment targets and implant plans to restore natural posture and movement.
In neurosurgery, particularly procedures involving cranial access or structural implants, Kinomatic supports precise trajectory planning and anatomical visualization.
Surgeons performing minimally invasive procedures can use Kinomatic to plan the best access points and angles ahead of time, reducing operative time and improving efficiency.
Hospitals and surgical centers seeking to improve outcomes, reduce readmission rates, and enhance surgical consistency can integrate Kinomatic into their preoperative protocols.
Pricing
Kinomatic does not list specific pricing on its public website. As a specialized B2B surgical technology platform, pricing is typically customized based on factors such as:
Volume of surgical cases per month
Type of procedures (spine, brain)
Integration requirements with existing systems
Number of users or licenses
Interested hospitals, clinics, or surgical centers can contact Kinomatic directly through its official website to request a demo and receive a tailored pricing proposal.
The platform may offer enterprise pricing models for large healthcare systems or pilot programs for early adoption and evaluation.
Strengths
Kinomatic’s greatest strength is its ability to create personalized surgical plans using a patient’s actual imaging data. This significantly reduces the variability associated with generic planning methods and supports more predictable surgical outcomes.
The speed and automation of its AI engine allow surgeons to receive complete plans quickly, without the need for time-consuming manual segmentation or 3D modeling.
By combining anatomical data with biomechanical analysis, the platform goes beyond visual planning and provides functional insights that are crucial for long-term success.
Its cloud-based architecture allows for easy access and collaboration, especially in multi-surgeon or multi-location surgical teams.
The focus on patient-specific alignment and implant selection addresses key factors that contribute to surgical success, such as proper balance, load distribution, and motion preservation.
Drawbacks
One limitation of Kinomatic is its current specialization. The platform is focused primarily on spine and brain surgeries, which means it may not yet support other surgical specialties such as joint replacement or trauma orthopedics.
As with any AI-driven surgical planning solution, the quality of output depends on the quality of imaging input. Poor scan resolution or improperly acquired images may limit the platform’s ability to generate accurate plans.
The platform’s reliance on integration with surgical and imaging systems means that some hospitals may require IT support or workflow adjustments during the onboarding process.
Because pricing is not publicly disclosed, it may be difficult for smaller clinics or budget-conscious institutions to evaluate cost-effectiveness upfront.
Comparison with Other Tools
Kinomatic operates in the growing field of AI surgical planning and can be compared to tools like Medtronic’s Mazor X, Brainlab, and NuVasive’s Pulse platform.
Mazor X provides robotic assistance and preoperative planning specifically for spine surgeries, integrating planning with robotic guidance during the procedure.
Brainlab offers a broader suite of surgical navigation and imaging tools across multiple specialties but may require more manual input and setup compared to Kinomatic’s automated approach.
NuVasive’s Pulse platform combines navigation, robotics, and surgical intelligence but focuses more on intraoperative tools rather than preoperative AI planning.
What distinguishes Kinomatic is its pure focus on personalized, AI-powered surgical planning delivered through the cloud. It offers deep planning functionality without the need for expensive hardware, making it a strong alternative for facilities that need high-precision surgical guidance without investing in large capital equipment.
Customer Reviews and Testimonials
As of now, Kinomatic does not display customer reviews or testimonials on its website. However, the platform is positioned for use by experienced surgical teams and is being adopted by hospitals seeking greater efficiency and consistency in surgical planning.
The company emphasizes collaboration with surgeons and surgical centers to continuously improve the platform and adapt to clinical needs.
Prospective users are encouraged to contact Kinomatic directly to request case studies, customer references, or clinical data that demonstrate the platform’s effectiveness in real-world procedures.
Conclusion
Kinomatic is redefining surgical planning by combining artificial intelligence, advanced imaging, and biomechanical data to deliver personalized, efficient, and precise preoperative plans for spine and brain procedures. Its platform allows surgeons to optimize alignment, select the right implants, and plan surgeries with confidence, all based on a patient’s unique anatomy.
With its cloud-based architecture, AI automation, and seamless integration into surgical workflows, Kinomatic offers a forward-thinking solution for surgical centers aiming to improve outcomes and reduce variability. While it is currently tailored for specific specialties, its strengths in customization and precision make it a valuable tool for any facility prioritizing surgical excellence.
