Pioneering Tele-Enabled Robotics and AI Platforms
At Tactile Robotics, we design and build tele-enabled robotics and AI platforms that connect physical interaction with digital intelligence. Our systems support medical and dental education, rehabilitation, and research, enabling precise remote control, objective assessment, and scalable deployment.
By integrating robotics, AI, and haptic feedback, we empower educators, clinicians, and researchers with tools that enhance learning, improve patient outcomes, and advance scientific discovery.
- Tele-operated robotic systems for precise, real-time remote interaction
- AI-driven assessment and analytics for training, rehabilitation, and research
- Haptic-enabled human-in-the-loop design for measurable experiences
Telehealth
Our telehealthservice bridges the gap between patients and providers, allowing for real-time consultations and effective treatment planning from the comfort of home.
AI Tools
Our innovative AI tools enhance training and treatment by delivering precise, data-driven insights, ensuring accuracy and effectiveness in patient care through advanced algorithms.
Robotic Solutions
Our robotic solutions facilitate hands-on learning and real-time feedback, enhancing skill development and transforming the way dental education is delivered.
Research Collaboration
We partner with academic institutions and researchers to push the boundaries of healthcare innovation, fostering advancements in medical technology.
Haptic Technology
Our haptic technology delivers realistic touch feedback, supporting skill acquisition and improving practitioner–patient interactions through precise force and tactile response.
Global Outreach
We aim to expand our global reach by delivering innovative healthcare solutions to underserved communities and advancing accessible care worldwide.
Case Studies
Real-World Deployments & Case Studies
Explore how our tele-enabled robotics and AI platforms are deployed in education, rehabilitation, and research environments worldwide.
Remote Patient Care
This case study highlights the deployment of a tele-operated robotics platform enabling remote patient interaction, monitoring & assessment, supporting effective & reliable care delivery in distributed clinical settings.
AI in Dental Training
This case study demonstrates the use of AI-driven assessment and analytics to support objective evaluation, skills development, and standardized training in dental education through immersive and data-driven workflows.
Haptic Simulation Lab
This case study explores a haptic-enabled simulation environment designed to deliver realistic tactile feedback for rehabilitation and skills acquisition, supporting measurable outcomes in healthcare training.
Explore Our Tele-Enabled Robotics & AI Platforms
Discover how our tele-enabled robotics and AI platforms support medical and dental education, rehabilitation, and research, enabling precise remote interaction, objective assessment, and scalable deployment.
Validated by Educators, Clinicians, and Researchers
