ERAS Optimization Through Wearables Solution
Recovering with monitoring in motion
Enhanced Recovery After Surgery (ERAS) is a comprehensive approach to improve surgical outcomes by optimizing post-surgery care. Medical-grade wearables support ERAS protocols through continuous monitoring during recovery, even when patients are mobile.
Post-surgery care is vital for faster recovery and shorter hospital stays. Along with medication, rest, and nutrition, gentle movements—such as short walks or guided exercises—are important, but require monitoring of physiological parameters.
Conventional bedside or wired monitors restrict mobility, extend ICU/HDU/CCU stays, and limit ward monitoring due to technological and staffing challenges.
iOrbit’s wearable solutions provide a flexible architecture that enables continuous monitoring during both movement and rest, supporting early and sustained mobilization. The end-to-end solution integrates the iECG patch and Body-Mounted Patient Monitoring System (BMPMS) with the iTouch cloud platform.
Key Features
iOrbit’s ERAS optimization solution
- Use of chargeable, reusable, water resistant, easy to use wearables with ambulatory support
- Options of Bedside monitoring, Central monitoring, Remote monitoring, Holter application
- Ready-to-integrate OEM solution with DHF support
- Secure on-premise data storage with variety of display and analysis options like continuous waveforms, trend graphs, dashboards using iTouch platform
- Option to integrate with HMS, HER systems
Wearable iECG patch
Parameters supported
- 3 Channel ECG, Heart Rate, HRV, Respiratory rate and waveform
- Skin temperature, Mobility and activity indicators like Body position, fall detection
- Arrhythmia detection, Alarms notification
Features
- Compact, lightweight, ergonomic design, Ease of application and removal
- Water resistant, defibrillation proof, Rechargeable battery
- BLE enabled for secure data transfer, Local storage for data backfilling
Wearable BMPMS – Body Mounted Patient Monitoring System
Parameters supported
- 5 Lead ECG, Heart Rate, HRV, Arrhythmia detection
- Respiratory rate and waveform, SpO2, PR, PPG waveform
- NIBP, Skin temperature
- Mobility and activity indicators like Body position, step count, fall detection
Features
- Compact design, easy to wear on upper arm, Water resistant, Rechargeable battery
- Device display for parameter values, Device indicators and alarms
Unique Benefits
For Patients
- Comfortable and flexible for movement
- Improved engagement during recovery
- Reassurance through alarms and parameter visibility at the nursing station
For Doctors & Caregivers
- Continuous or on-demand measurement of physiological and activity parameters
- Data-driven support for clinical decisions
- Insights into mobility goals and time spent sitting or lying down
For Hospitals
- Cost-effective monitoring aligned with goals of reducing rescue events and ICU transfers
- Continuous patient support through remote monitoring after discharge
For OEMs
- White-labelling options for wearables
- Customizable integration with manufacturer’s software and cloud platforms
- DHF-ready wearables to fast-track compliance and regulatory submissions