Woxsen University Unveils AI-Driven Necrobotic System for Sustainable, Precision Robotic Surgery

Apr 14, 2025

AI in healthcare, medical innovation, surgical devices, MedTech
AI in healthcare, medical innovation, surgical devices, MedTech

Source: Pharmabiz

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Woxsen University’s AI Research Centre in Telangana has developed an AI-powered necrobotic surgical system that combines biologically sourced materials with real-time machine learning to deliver highly precise, minimally invasive surgical interventions. The breakthrough system is tailored for delicate procedures in neurosurgery, ophthalmology, and cardiovascular care, while also addressing healthcare sustainability goals.

Key Highlights

Sustainable Bio-Actuators Power Next-Gen Surgical Tools

  • The system uses biodegradable materials like repurposed spider exoskeletons and silk fibers, replacing conventional synthetic polymers.

  • Significantly reduces post-operative medical waste and aligns with carbon-neutral healthcare practices.

Breakthrough Precision for Delicate Surgeries

  • Ideal for neurosurgery, ophthalmology, and cardiovascular microsurgeries.

  • Early trials show 70% increase in precision and 50% reduction in tissue trauma.

AI-Powered Remote Surgery with Real-Time Control

  • Enables telesurgery in underserved areas using real-time imaging and predictive AI correction protocols.

  • Adaptive algorithms adjust motion and force mid-surgery for improved safety and accuracy.

Pilot Collaborations Underway for Clinical Testing

  • Woxsen University is partnering with hospitals and research institutions to validate clinical safety and biocompatibility.

  • Pilot programmes expected to begin soon for broader hospital adoption.

Upskilling Surgeons with New Certification Programme

  • Woxsen to launch AI-Driven Surgical Robotics certification, including hands-on training and virtual simulations.

  • Programme to be conducted in collaboration with leading hospitals.

Statements from Officials or Leaders
Dr. Hemachandran K, Director, AI Research Centre, Woxsen University:
“At Woxsen, we are building the future of surgery—where sustainability, artificial intelligence, and human expertise converge to redefine patient care. This system is more than a technological milestone; it’s a vision of how healthcare can evolve responsibly and equitably.”Woxsen University’s AI-driven necrobotic system sets a new standard in surgical technology by merging innovation with sustainability. With clinical collaborations in progress and a training initiative on the horizon, the university is actively shaping the future of robotic-assisted healthcare in India and beyond.

AI in healthcare
medical innovation
surgical devices
MedTech
AI in healthcare
medical innovation
surgical devices
MedTech

Woxsen University Unveils AI-Driven Necrobotic System for Sustainable, Precision Robotic Surgery

Apr 14, 2025

AI in healthcare, medical innovation, surgical devices, MedTech
AI in healthcare, medical innovation, surgical devices, MedTech

Source: Pharmabiz

Woxsen University’s AI Research Centre in Telangana has developed an AI-powered necrobotic surgical system that combines biologically sourced materials with real-time machine learning to deliver highly precise, minimally invasive surgical interventions. The breakthrough system is tailored for delicate procedures in neurosurgery, ophthalmology, and cardiovascular care, while also addressing healthcare sustainability goals.

Key Highlights

Sustainable Bio-Actuators Power Next-Gen Surgical Tools

  • The system uses biodegradable materials like repurposed spider exoskeletons and silk fibers, replacing conventional synthetic polymers.

  • Significantly reduces post-operative medical waste and aligns with carbon-neutral healthcare practices.

Breakthrough Precision for Delicate Surgeries

  • Ideal for neurosurgery, ophthalmology, and cardiovascular microsurgeries.

  • Early trials show 70% increase in precision and 50% reduction in tissue trauma.

AI-Powered Remote Surgery with Real-Time Control

  • Enables telesurgery in underserved areas using real-time imaging and predictive AI correction protocols.

  • Adaptive algorithms adjust motion and force mid-surgery for improved safety and accuracy.

Pilot Collaborations Underway for Clinical Testing

  • Woxsen University is partnering with hospitals and research institutions to validate clinical safety and biocompatibility.

  • Pilot programmes expected to begin soon for broader hospital adoption.

Upskilling Surgeons with New Certification Programme

  • Woxsen to launch AI-Driven Surgical Robotics certification, including hands-on training and virtual simulations.

  • Programme to be conducted in collaboration with leading hospitals.

Statements from Officials or Leaders
Dr. Hemachandran K, Director, AI Research Centre, Woxsen University:
“At Woxsen, we are building the future of surgery—where sustainability, artificial intelligence, and human expertise converge to redefine patient care. This system is more than a technological milestone; it’s a vision of how healthcare can evolve responsibly and equitably.”Woxsen University’s AI-driven necrobotic system sets a new standard in surgical technology by merging innovation with sustainability. With clinical collaborations in progress and a training initiative on the horizon, the university is actively shaping the future of robotic-assisted healthcare in India and beyond.

Share:

AI in healthcare
medical innovation
surgical devices
MedTech
AI in healthcare
medical innovation
surgical devices
MedTech