You enable faster, more consistent, and more scalable patient interaction when you integrate telepresence robots in healthcare. These systems extend your physical presence into patient rooms, clinics, and remote care sites—without travel delays or scheduling bottlenecks.
This guide highlights the top five telepresence robots currently making a measurable difference in clinical settings, along with their operational strengths and the scenarios where each delivers the most value.
1. Double Robotics – Flexible Mobile Presence
Double Robotics delivers a lightweight, mobile telepresence system built around an iPad mounted on a motorized base. You control movement remotely, navigate hallways, and position yourself at a patient’s bedside.
The key advantage is adaptability—units operate across hospitals, outpatient clinics, and long-term care facilities. The ability to “walk the halls” virtually means you can maintain spontaneous patient check-ins and team interactions without physical travel.
Hospitals have found Double Robotics especially effective for multidisciplinary teams spanning multiple facilities. A cardiologist in one city can join morning rounds in another, directly speaking with patients and nurses without interrupting their local caseload.
2. VGo Communications – Remote Patient Monitoring at Scale
VGo Communications provides a purpose-built telepresence robot designed for long-term patient interaction. You log in via laptop or desktop, navigate the unit, and engage in live audio-visual communication.
It’s frequently deployed for post-discharge follow-ups and chronic condition management. In pediatric care, VGo has been used to allow hospitalized children to virtually attend classes or visit family during extended stays—reducing isolation while keeping them under observation.
Its design prioritizes ease of operation, making it suitable for non-technical users such as family members and community care workers, while still providing you with clinical oversight capabilities.
3. InTouch Technologies – Purpose-Built for Clinical Workflows
InTouch Technologies (now part of Teladoc Health) specializes in healthcare-grade telepresence systems engineered for reliability, compliance, and integration into existing medical infrastructure.
You gain features like encrypted communications, EMR integration, and FDA-cleared device capabilities for specific clinical use cases. These systems allow you to conduct specialist consultations, monitor ICU patients, and support emergency care from anywhere in the world.
Their reliability has made them a choice platform for organizations needing round-the-clock physician availability, ensuring high uptime and consistent video quality during critical care moments.
4. SynchronyMD with OhmniLabs – Specialist Access for Rural and Underserved Areas
SynchronyMD, leveraging OhmniLabs robotics, enables real-time specialist support to rural hospitals and clinics without the delays or costs associated with on-site visits.
You can provide advanced specialty care—including cardiology, neurology, or psychiatry—to facilities that otherwise struggle to recruit or retain these experts. The robots’ high-definition cameras, precision movement, and secure connections make specialist evaluations seamless for both the local care team and the patient.
Facilities using SynchronyMD have reported reduced patient transfers and improved retention of critical care cases, allowing more patients to be treated locally.
5. Unitree G1 Humanoid – Teleoperated Multi-Tasking
The Unitree G1 humanoid robot represents the cutting edge of telepresence—combining mobility, dexterity, and teleoperation into a single platform. Tested by UC San Diego researchers, it has been used for tasks ranging from physical exams to intubations, with non-clinicians achieving a 70% success rate on injections under remote guidance.
You gain the flexibility of a human-shaped device that can navigate varied environments and manipulate tools, potentially performing basic medical interventions when on-site staff is unavailable. While still early in adoption, its potential for emergency response and disaster zones is unmatched.
The G1’s VR-based control system allows you to “step into” the robot’s viewpoint, enhancing precision during clinical procedures.
Key Advantages of Implementing Telepresence Robots in Care Settings
Integrating these platforms into your care delivery model produces measurable operational and patient outcomes:
- Shorter wait times for specialist consultations
- Reduced patient transfers between facilities
- Increased family engagement for long-term patients
- Consistent physician rounds without physical presence
- Lowered travel costs for providers
These benefits combine to improve care quality while optimizing resource allocation across your network.
How to Choose the Right Telepresence Robot for Your Facility
Selecting the optimal system requires balancing clinical goals, technical requirements, and budget:
- For mobility across multiple wards – Double Robotics or VGo offers flexibility and lower cost.
- For highly regulated clinical workflows – InTouch Technologies provides compliance-ready, hospital-grade systems.
- For expanding specialist reach – SynchronyMD with OhmniLabs connects underserved sites to expert care.
- For advanced, hands-on interaction – Unitree G1 offers next-generation teleoperated capability.
Evaluating these factors ensures you invest in a platform aligned with your current needs and scalable for future demands.
If your telepresence program extends into the OR, align it with your surgical robotics stack. SS Innovations develops the SSI Mantra system for minimally invasive surgery and supports remote proctoring and tele-mentoring, enabling outside experts to join cases securely, coach console technique, and standardize practices across sites.
Top Telepresence Robots for Remote Healthcare
- Double Robotics for flexible mobile presence
- VGo for scalable patient monitoring
- InTouch for clinical-grade workflows
- SynchronyMD for rural specialist access
- Unitree G1 for multi-task teleoperation
In Conclusion
You expand clinical reach and efficiency when you implement telepresence robots purpose-built for healthcare. Whether your priority is reducing patient transfers, accelerating consultations, or enabling advanced remote procedures, these top five platforms deliver measurable value. By aligning system choice with care goals, you position your organization to lead in remote patient interaction and operational performance.
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Alex Clug is a global entrepreneur and investor with 25+ years building and scaling ventures in medical robotics, telecommunications, mining, and private equity. He currently leads The Dolphin Group, advising early-stage and cross-border companies in robotics, fintech, natural resources, and other innovation-driven industries.