Products

Ortho AI
Ortho AI LLC
Radiology & Imaging AI
Ortho AI is an FDA-cleared software as a medical device (SaMD) that provides AI/ML-powered preoperative planning data for total hip arthroplasty, total knee arthroplasty, and lumbar spine fusion surgery, assisting surgeons with precise measurements from x-ray images.

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About Ortho AI

OrthoAI is an innovative healthcare AI company dedicated to revolutionizing traditional orthopedic care by integrating machine learning and artificial intelligence. Developed by a team of board-certified orthopedic surgeons, its mission is to elevate the standards of orthopedic services and usher the specialty into the digital age.

The company offers a generative AI solution, akin to a specialized version of ChatGPT or ‘OrthoGPT,’ designed to understand and generate human-like text relevant to orthopedics. This platform provides expert orthopedic advice efficiently and cost-effectively, offering instant access to advanced medical imaging insights and actionable results. OrthoAI functions as a “surgical copilot,” delivering evidence-based information and decision support to enhance surgical precision, efficiency, and patient outcomes. Its foundation rests on a meticulously curated vector database, integrated access to PubMed, and a vast repository of orthopedic videos from OrthoTV, ensuring comprehensive and trustworthy responses.

Focus Areas

Preoperative planning total hip arthroplasty total knee arthroplasty lumbar spine fusion surgery image processing AI/ML models for surgical planning patient-specific anatomical analyses surgical outcome prediction

Business Intelligence

TechnologySoftware as a Medical Device (SaMD) system utilizing AI/ML models (semi-automated and interpretable). Inputs include radiographic images (JPEG, BMP, DICOM). Outputs are HTML pages displaying processed images with measurements and digital annotations. Employs Deep Learning models for anatomical analysis.
FDA Clearances1 cleared products (estimated)

What Physicians Need to Know

Specialization: Preoperative Planning
Ortho AI leverages advanced AI to create detailed 3D models for preoperative planning, integrating patient-specific clinical data with imaging analysis to generate precise and individualized surgical strategies. This includes optimizing implant selection and surgical precision for procedures like total hip and knee arthroplasty.
Specialization: Arthroplasty (THA & TKA)
The company significantly advances total hip arthroplasty (THA) and total knee arthroplasty (TKA) by improving preoperative planning, implant selection, and surgical precision. AI-driven tools enhance the accuracy of prosthesis implantation compared to conventional methods.
Specialization: Lumbar Spine Fusion Surgery
While not explicitly detailed for Ortho AI, the broader application of AI in orthopedics includes real-time navigation and augmented reality technologies that demonstrate remarkable precision in spinal surgery, an area where the founder of one OrthoAI has expertise.
Specialization: Image Processing & Analysis
Ortho AI utilizes AI algorithms, including machine learning, deep learning, and computer vision, to revolutionize orthopedic diagnostics. This involves highly accurate fracture and tumor detection from radiographs, automated segmentation, 3D reconstruction, and radiographic measurement.
Specialization: AI/ML Models for Surgical Planning
The company harnesses cutting-edge machine learning and artificial intelligence, including Large Language Models (LLM) and cognitive search models, to develop AI-powered frameworks, scoring systems, and evidence-based decision tools that act as a 24/7 surgical companion.
Specialization: Patient-Specific Anatomical Analyses
Ortho AI enables precise personalization of surgical plans and device designs based on individual patient anatomy, biomechanics, and medical history, leading to customized and optimized solutions.
Specialization: Surgical Outcome Prediction
Through predictive analytics, Ortho AI anticipates patient needs and outcomes, identifying risks like post-surgery infections or implant loosening before symptoms appear. This significantly improves the accuracy of treatments and helps reduce complications.
Key Differentiator: Surgeon-Built & Evidence-Based
Ortho AI is built by board-certified orthopedic surgeons, ensuring a deep understanding of clinical workflows and needs. It offers the world's first evidence-based generative AI for orthopedics, providing insights from the latest peer-reviewed articles and specialized datasets.
Key Differentiator: Bias Reduction & Objective Assessment
The AI-powered tools and frameworks are specifically designed to minimize emotional and personal bias in orthopedic practice, offering structured tools and custom scoring systems for objective clinical assessment and judgment.
Key Differentiator: Enhanced Efficiency & Time Savings
Ortho AI streamlines workflow efficiencies, reducing the time clinicians spend on administrative tasks and documentation, thereby allowing more focus on patient care and reducing physician burnout.
Technology Stack: Core AI/ML & Vision
The technology stack primarily includes Machine Learning (ML) and Deep Learning (DL) frameworks, with a strong emphasis on Computer Vision for image recognition, segmentation, and 3D reconstruction.
Technology Stack: Generative AI & NLP
Ortho AI utilizes Large Language Models (LLM) and cognitive search models for its evidence-based generative AI capabilities, alongside Natural Language Processing (NLP) to understand orthopedic terminology and context.
Physician Tip

For physicians, Ortho AI stands out by offering a powerful suite of tools designed to augment, not replace, their expertise. Expect improved diagnostic accuracy through advanced image analysis, leading to more confident diagnoses. The AI-driven preoperative planning and intraoperative assistance promise enhanced surgical precision, potentially reducing complications and improving patient outcomes. A significant benefit is the reduction of clinical bias and administrative burden, freeing up valuable time to focus on patient interaction and complex decision-making. The platform's ability to provide patient-specific anatomical analyses and predict surgical outcomes allows for truly personalized treatment plans. Furthermore, access to evidence-based insights derived from continuous learning models ensures that clinical decisions are supported by the latest research. This comprehensive support aims to lead to safer procedures, quicker recoveries, and better overall health outcomes for orthopedic patients.

Ortho AI's solutions are designed for seamless integration within existing healthcare ecosystems. This includes compatibility with various Electronic Health Record (EHR) systems (e.g., Epic, athenahealth, eClinicalWorks, ModMed) to streamline data flow and documentation. Furthermore, deep integration with medical imaging modalities (X-rays, CT, MRI, CBCT) is fundamental for its image processing and planning capabilities. Potential integrations also extend to robotic surgical systems for intraoperative guidance and patient monitoring apps/sensors for comprehensive pre- and post-operative care.

Products by Ortho AI

1 product in the directory

Ortho AI
Ortho AI LLC
Radiology & Imaging AI
Ortho AI is an FDA-cleared software as a medical device (SaMD) that provides AI/ML-powered preoperative planning data for total hip arthroplasty, total knee arthroplasty, and lumbar spine fusion surgery, assisting surgeons with precise measurements from x-ray images.

What the Web Says

Ortho AI refers to several different AI-powered solutions within the orthopedic and orthodontic fields, including tools for clinical decision-making, patient management, and administrative tasks. Reviews indicate a generally positive sentiment towards the potential of AI to streamline workflows and improve efficiency in these practices. However, some users highlight concerns about accuracy, integration challenges, and the need for further refinement in certain applications.

Overall: Mixed

Strengths

  • Improved efficiency and time-saving in documentation and administrative tasks.
  • Enhanced patient management and communication.
  • Access to comprehensive, evidence-based information for clinical decision-making.
  • Potential for personalized training and improved surgical precision in education.
  • Automation of tasks like scheduling, insurance verification, and follow-ups.
  • Ability to integrate with existing practice management systems.

Limitations

  • Occasional lagging and glitches in software performance.
  • Challenges in teaching new employees to use the software.
  • Concerns about unrefined programs leading to delays and inaccuracies.
  • Potential for AI to generate unrealistic patient expectations.
  • Difficulties with customer support for some platforms.
  • Risk of false positives and the need for human oversight in AI-generated diagnoses.

Based on reviews from: Reddit, G2, Becker's Hospital Review, Honey Health, Capterra, PMC - NIH

Last updated: 2026-07-19

Videos

News, demos, and interviews about Ortho AI.

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Press & Coverage

PMC - NIH
ORTHO AI : World's First ARTIFICIAL INTELLIGENCE IN ORTHOPAEDICS
OrthoAI, also known as OrthoGPT, was launched on December 11, 2023, as the world's first AI focused on orthopaedics, aiming to transform clinical decision-making with its sophisticated database and advanced AI capabilities. It functions as a generative AI, similar to ChatGPT, and is built upon a curated database, PubMed access, and OrthoTV access to provide comprehensive and evidence-based information.
2023-12
Ortho Spine News
CustoMED Announces $6M Funding to Scale AI-Powered 3D Printed Solutions for Orthopedic Surgery
CustoMED, a pioneer in AI-driven, surgeon-first platforms for patient-specific orthopedic solutions, announced the completion of its seed round, bringing total funding to $6 million. Their cloud-based platform uses AI and automation with 3D printing to generate patient-specific surgical tools and implants, enabling faster and more precise orthopedic surgeries.
2025-10
PR Newswire
RevelAi Health Secures $3.1 Million Seed Funding to Scale Artificial Intelligence Care Coordination for Musculoskeletal Health
RevelAi Health, a conversational AI platform for musculoskeletal care, closed an oversubscribed $3.1 million seed round. The company's platform acts as a 24/7 virtual care navigator for orthopedic practices, handling tasks like evidence-based triage, quality reporting, and converting patient encounters into structured notes.
2025-06
OrthoFeed
Kinomatic Announces $4M Seed Round to Scale its Personalized, Opioid-Sparing Custom Orthopedic Surgical Approach
Kinomatic, an AI- and virtual reality-driven orthopedic surgery planning and aftercare company, secured $4 million in seed funding. This funding will be used to expand its workforce, open a new office, and further develop its AI-enabled surgical planning platform for total knee and hip replacement.
2026-06
American Orthopaedic Association
The American Orthopaedic Association (AOA) Own the Boneu00ae Program and RevelAi Health Partner to Launch AI-Powered Bone Health Navigator Aligned with CMS' TEAM Model
The American Orthopaedic Association (AOA) and RevelAi Health have partnered to launch an AI-powered bone health navigator. This initiative aligns with the Centers for Medicare & Medicaid Services' (CMS) Transforming Episode Accountability Model (TEAM).
2026-01
PR Newswire
Advita Ortho Highlights New Research on AI-Generated Shoulder Digital Twins and Surgical Navigation at CAOS 2026
Advita Ortho presented new research on AI-generated shoulder digital twins and surgical navigation at CAOS 2026. These studies demonstrate how AI, personalized planning, and navigation technologies are advancing patient-specific joint replacement.
2026-06
UCI Health
AI is helping orthopaedic surgeons change the way they practice medicine
UCI Health orthopaedic surgeon Dr. Nitin Bhatia discusses how AI is being integrated into orthopaedic practices, from virtual scribes to planning complex surgical cases. He emphasizes that AI enhances the ability to perform work more accurately and efficiently, rather than eliminating human roles.
2026-05
Ortho Spine News
Navigating the AI Regulatory Maze in Medical Device Manufacturing
This article discusses the complexities of navigating AI regulatory frameworks in medical device manufacturing, with experts explaining how to inventory AI safety components and validate based on risk context. It highlights the need to align multiple AI use cases with three regulatory frameworks.
2026-03

Frequently Asked Questions

Ortho AI (AIMD App) offers specialized AI agents for various subspecialties, including spine, hip replacement (Charnley AI), and general arthroplasty (Arthros AI), providing evidence-based information and decision support. Ortho AI LLC's FDA-cleared software as a medical device (SaMD) system utilizes preoperative radiographic images of the pelvis, knee, or spine for surgical planning. Beyond planning, the AIMD App also includes a 'Predictive AI' agent for evidence-based surgical outcome predictions.
Ortho AI LLC's SaMD system takes preoperative radiographic images as input for planning, indicating image processing capabilities. More broadly, AI in orthopedics, as seen in systems like Ortho AI, uses deep learning techniques to generate detailed 3D models from CT and MRI data, enabling precise anatomical segmentation and patient-specific surgical strategies. These AI/ML models can significantly reduce the time for image reconstruction and improve the accuracy of implant selection and positioning for procedures like total hip and knee arthroplasty.
One key product is the Ortho AI - AIMD App, a generative AI chatbot for orthopedic surgeons available on app stores, offering specialized AI agents and medical literature access. Separately, Ortho AI LLC has received FDA clearance (K241696) for its software as a medical device (SaMD) system, which processes radiographic images for surgical planning. Compliance for AI in healthcare, including these products, is subject to FDA oversight, HIPAA, and evolving state-specific AI laws, with clinicians retaining legal responsibility for decisions based on AI outputs.
The Ortho AI - AIMD App offers a 'Free' subscription with basic functionality and limited questions, alongside a 'Pro Subscription' that unlocks all specialized AI agents and full features. While specific dollar amounts for the Pro Subscription are not detailed for this particular 'Ortho AI' entity, other orthopedic AI solutions often utilize monthly subscription models. For support, the Ortho AI (AIMD App) mentions 'Priority response handling' for Pro subscribers and general customer care for AI service-related queries via email.
The Ortho AI - AIMD App, developed by CLINICAL ARTIFICIAL INTELLIGENCE MEDI DECISIONS PRIVATE LIMITED, was launched in December 2023 and quickly garnered over 8,000 users. Its foundational pillars include a meticulously curated database, PubMed Access, and OrthoTV Access, indicating content partnerships. While specific funding details for this app are not extensively publicized, the broader orthopedic AI market is seeing significant investment, with other companies securing multi-million dollar funding rounds.
The Ortho AI (AIMD App) emphasizes that its responses are 'evidence-based' and backed by medical literature, integrating PubMed and OrthoTV for reliability. In general, AI-assisted preoperative planning has demonstrated superior accuracy in estimating prosthesis size and positioning compared to traditional methods in total hip arthroplasty. However, it's crucial to remember that AI systems are assistive tools, and the orthopedic surgeon remains legally responsible for all diagnostic conclusions and treatment decisions.

Investors

Who's funded Ortho AI.

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