Experience SonoRobotics
Precision Micro-Robotics for Modern Healthcare
Precision Micro-Robotics for Modern Healthcare
Precision Micro-Robotics for Modern Healthcare
Empowering breakthroughs in neuroscience, rehabilitation, and cardiac care with advanced, non-invasive medical technologies.
Healthcare Challenges
Addressing Critical Medical Issues
Addressing Critical Medical Issues
From cardiovascular diseases to neurological disorders and rehabilitation, we address urgent health problems. Our innovative technologies enable faster diagnosis, better monitoring, and improved outcomes across multiple medical fields.
From cardiovascular diseases to neurological disorders and rehabilitation, we address urgent health problems. Our innovative technologies enable faster diagnosis, better monitoring, and improved outcomes across multiple medical fields.
Years of Research
Collaborations Worldwide
Patents & Pending patent
Years of Research
Collaborations Worldwide
Patents & Pending patent
Years of Research
Collaborations Worldwide
Patents & Pending patent
Years of Research
Collaborations Worldwide
Patents & Pending patent
Pioneering Tools in Neuro & BioTech
Explore next-gen solutions in health and research
Concept of Targeted Thrombolysis for AMI
Delivering clot-busting therapy exactly where it’s needed — minimizing damage, maximizing speed, and saving lives in the golden hour.
Smart Fabrics with Acoustic Sensing
Advanced textiles that use sound waves for real-time motion tracking, ideal for rehab, VR, and wearable tech.
Ultrasound Helmet for Brain Research
Non-invasive brain modulation tool advancing preclinical research in neuroscience and drug delivery.
Pioneering Tools in Neuro & BioTech
Explore next-gen solutions in health and research
Concept of Targeted Thrombolysis for AMI
Delivering clot-busting therapy exactly where it’s needed — minimizing damage, maximizing speed, and saving lives in the golden hour.
Smart Fabrics with Acoustic Sensing
Advanced textiles that use sound waves for real-time motion tracking, ideal for rehab, VR, and wearable tech.
Ultrasound Helmet for Brain Research
Non-invasive brain modulation tool advancing preclinical research in neuroscience and drug delivery.
Join the pioneering ecosystem accelerating the future of precision micro-robotics through bold research, and collaboration.
Join the pioneering ecosystem accelerating the future of precision micro-robotics through bold research, and collaboration.
Experience rapid, targeted treatment in the critical first 90 minutes after a heart attack — when every second truly counts.
Experience rapid, targeted treatment in the critical first 90 minutes after a heart attack — when every second truly counts.
Transform traditional fabrics into responsive wearables that support real-time monitoring for smarter recovery and care.
Transform traditional fabrics into responsive wearables that support real-time monitoring for smarter recovery and care.
Enable non-invasive, real-time brain modulation to advance research and transform neurological treatment approaches.
Enable non-invasive, real-time brain modulation to advance research and transform neurological treatment approaches.
Take the next step forward
Be Part of the Future of Precision Robotics
Be Part of the Future of Precision Robotics
At Sono Robotics, we’re not just building robots — we’re pioneering intelligent, high-precision solutions that redefine automation in critical industries. From research labs to real-world applications, our innovations are designed to deliver measurable impact and scalable growth opportunities.
Years of Research
Years of. Research
Years of Research
Years of Research
Years of Research
Collaborations Worldwide
Collaborations Worldwide
Collaborations Worldwide
Collaborations Worldwide
Collaborations Worldwide
Patents & Pending patent
Patents & Pending patent
Patents & Pending patent
Patents & Pending patent
Patents & Pending patent
From Lab to Literature
Published Works That Define Our Journey
Leading Innovation,
Driving Sono Robotics Forward
How Microvascular Obstruction Impacts Heart Attack Recovery
Evaluating advanced materials to improve safety, flexibility, and performance in next-gen micro-robotic medical applications.
The Future of Minimally Invasive Heart Treatments
An AI-driven framework enabling real-time decision-making and adaptive movement within complex cardiovascular structures.
Exploring the Power of Ultrasound in Modern Medicine
A novel approach to enhancing clot removal precision using micro-scale robotic systems in blood flow environments.
How Microvascular Obstruction Impacts Heart Attack Recovery
Evaluating advanced materials to improve safety, flexibility, and performance in next-gen micro-robotic medical applications.
The Future of Minimally Invasive Heart Treatments
An AI-driven framework enabling real-time decision-making and adaptive movement within complex cardiovascular structures.
Exploring the Power of Ultrasound in Modern Medicine
A novel approach to enhancing clot removal precision using micro-scale robotic systems in blood flow environments.
How Microvascular Obstruction Impacts Heart Attack Recovery
Evaluating advanced materials to improve safety, flexibility, and performance in next-gen micro-robotic medical applications.
The Future of Minimally Invasive Heart Treatments
An AI-driven framework enabling real-time decision-making and adaptive movement within complex cardiovascular structures.
Exploring the Power of Ultrasound in Modern Medicine
A novel approach to enhancing clot removal precision using micro-scale robotic systems in blood flow environments.
How Microvascular Obstruction Impacts Heart Attack Recovery
Evaluating advanced materials to improve safety, flexibility, and performance in next-gen micro-robotic medical applications.
The Future of Minimally Invasive Heart Treatments
An AI-driven framework enabling real-time decision-making and adaptive movement within complex cardiovascular structures.
Exploring the Power of Ultrasound in Modern Medicine
A novel approach to enhancing clot removal precision using micro-scale robotic systems in blood flow environments.
How Microvascular Obstruction Impacts Heart Attack Recovery
Evaluating advanced materials to improve safety, flexibility, and performance in next-gen micro-robotic medical applications.
The Future of Minimally Invasive Heart Treatments
An AI-driven framework enabling real-time decision-making and adaptive movement within complex cardiovascular structures.
Exploring the Power of Ultrasound in Modern Medicine
A novel approach to enhancing clot removal precision using micro-scale robotic systems in blood flow environments.
How Microvascular Obstruction Impacts Heart Attack Recovery
Evaluating advanced materials to improve safety, flexibility, and performance in next-gen micro-robotic medical applications.
The Future of Minimally Invasive Heart Treatments
An AI-driven framework enabling real-time decision-making and adaptive movement within complex cardiovascular structures.
Exploring the Power of Ultrasound in Modern Medicine
A novel approach to enhancing clot removal precision using micro-scale robotic systems in blood flow environments.