AI Surgical Planning Modules – Trusted by Industry Leaders

AlgoSurg technology is already licensed by leading MedTech OEMs in robotic surgery systems and trauma fixator planners, as well as upcoming cardiovascular and maxillofacial workflows.

🤖 AlgoSurg AI in Robotic Surgery System

Our AI-powered surgery planning technology has been licensed by a leading global MedTech company Meril, integrated to their next-gen robotic joint replacement system MISSO, with a planned deployment of around 1000 licenses over the next 3–5 years. US-FDA submission is in progress.

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🫀 Automated 3D Planning for Structural Heart Surgery (TAVR)

Cloud-based automated software for structural heart surgery planning, licensed by a leading global TAVR implant OEM. 1000+ deployment projected in 5 years as per the OEM's expansion plan. Trials followed by US-FDA submission are in process. AlgoSurg aims to integrate this technology with robotics in the future.

Disclaimer: Some visuals may reference partner-specific elements. All IP rights are owned by their respective owners.

🔧 DeftFix: FDA-Approved Cloud Planner for Hexapod Fixators

Licensed by SH Pitkar (one of the oldest implant OEM in India), DeftFix enables surgeons to create accurate schedules for hexapod fixator implants, reducing planning time while offering flexible, cloud-based access. 1000s of surgeries have been done with this solution globally.

All product names, trademarks and registered trademarks are property of their respective owners.

💀 AI-Driven CMF Surgery Planning & 3D Printing

This AI platform auto-segments and 3D models for maxillofacial (CMF) surgery, streamlining automated planning and 3D printing via cloud integration/collaboration, speeding up workflows by at least 10x.

Pilots ongoing with key global 3D printing firms.

🦴 AI-Powered CT-MRI Fusion & Resection Planning for Bone Tumors

Automated CT-MRI fusion and AI-based segmentation enables 3D tumor visualization and precise bone cuts, with automated cutting-jig design, improving accuracy and resection efficiency for oncologic orthopedic surgeries.

🌍 Tabplan3D: 3D Planning for Complex Orthopedic Deformities

Cloud-based 3D planner for complex orthopaedic surgeries like HTO/DFO, complex deformity corrections, leveraging AI-generated 3D models from X-ray and CT. Includes modules for range of implant simulations like Rail-fixation, Ring-fixation, Internal-fixation/Plates etc.

👓 OpenSurgiSim: Cloud + AR Training for Surgeons

Funded by Intuitive Foundation, OpenSurgiSim is a prototype to provide cloud-based AR training for orthopedic surgeons in low and middle-income countries, using simple web-cam, to improve surgical training performance and patient outcomes.