Advanced robotic system delivering unprecedented accuracy in epidural injections with real-time navigation
Minimizing risks through automated path planning and force feedback control for optimal patient outcomes
Intelligent system combining X-ray imaging, 3D registration, and machine learning for precise surgical guidance
Advanced robotic system integrated with AI delivers unprecedented accuracy in epidural injections, dramatically reducing procedural risks and improving patient safety
Real-time navigation and force feedback control ensure optimal needle placement and injection delivery, leading to better treatment outcomes and faster recovery
Automated path planning and intelligent assistance streamline the surgical workflow while maintaining the highest standards of precision and safety
Advanced Medical Robotics Technology
Our robotic system achieves unprecedented accuracy in epidural injections through advanced imaging processing and real-time navigation, ensuring optimal needle placement with sub-millimeter precision for enhanced patient outcomes
Combining AI-powered path planning with real-time force feedback, our system provides intelligent control throughout the entire surgical process, automatically adjusting to patient anatomy and movement
Multi-layer safety protocols with continuous monitoring ensure patient protection through automated risk assessment, emergency response systems, and real-time procedure validation
Seamlessly integrating into existing surgical workflows, our system enhances efficiency while maintaining the highest standards of medical practice through intuitive interfaces and comprehensive data analysis
Advanced Medical Solutions
CEO
Over 16 years of robotics and medical device R&D experience leading multinational projects. Published 12 core academic papers and holds 6 patents in surgical robotics
Technical Lead
Specialized in multi-system control and adaptive algorithms. Leading development of next-generation robotic surgical systems
AI Director
Expert in robotic image processing and AI. Pioneered breakthroughs in 3D reconstruction and computer vision for surgical navigation
CMO
10+ years experience in healthcare investment and operations. Successfully co-founded multiple medtech ventures
Co-Founder
Mr. Qiu graduated with a Bachelor's Degree in Computer and Applications major. He has more than 12 years of experience as a general manager of a technology company and more than 15 years of experience as an engineer
Co-Founder
Mr. Liu holds a Master's Degree in Engineering from Beijing University of Technology. He has over 20 years of experience in business management and 6 years of experience as an engineer
With 60-80% of the global population affected by lower back pain, our advanced robotic system revolutionizes epidural injections. EpiRobotics combines cutting-edge AI technology with precision engineering to achieve unprecedented accuracy in spinal procedures, reducing risks and improving patient outcomes
Our integrated solution delivers superior accuracy and safety in epidural procedures through real-time navigation and AI-powered control
Our specialized robotic system addresses a critical market need in epidural injections. With the global market projected to reach $8.17 billion by 2030 and spinal surgery robotics growing at 12.68% CAGR to $550M by 2032, we're positioned at the forefront of medical innovation.
We offer flexible acquisition options including direct purchase and leasing models. Our comprehensive approach includes full training programs, technical support, and strategic partnerships with leading medical institutions worldwide.
Our innovative robotic system represents a paradigm shift in spinal treatment technology, combining AI-powered precision with enhanced safety protocols. Designed to address the growing demand for minimally invasive procedures, our solution delivers superior surgical outcomes while streamlining clinical workflows. With integrated real-time navigation and comprehensive monitoring systems, we're setting new standards in medical robotics and patient care
We are the first to develop a specialized robotic system for epidural injections, achieving sub-millimeter precision through AI-powered navigation and real-time monitoring. Our system reduces targeting errors from 70% to near-zero while significantly improving surgical efficiency.