The Li-ion Battery for Medical Rehab Robots is a specialized power solution engineered for medical service robots and rehabilitation systems. Leveraging Panasonic 18650 lithium-ion cells, this battery supplies reliable 25.2V, 2.9Ah capacity to ensure medical rehab robots operate efficiently during patient care and therapy sessions. Whether powering mobility-assist robots or therapeutic automation devices, this Li-ion battery delivers stable, long-lasting energy tailored to healthcare environments.
The Li-ion Battery for Medical Rehab Robots stores ample electrical energy within a small volume and weight (650g, 100×80×45mm). This compactness is critical for medical rehab robots, where space efficiency and portability enhance usability in clinical settings.
This battery supports fast charging technology, allowing quick replenishment between patient sessions. Reduced charging time ensures medical rehab robots stay operational, maximizing productivity in healthcare facilities.
Engineered for durability, the Li-ion battery withstands multiple charge-discharge cycles while maintaining peak performance. This longevity aligns with the demands of medical environments, where reliable, long-term operation is essential.
Equipped with comprehensive safety protection (overcharge, over-discharge, short-circuit prevention), this battery ensures risk-free operation—critical for medical rehab robots interacting with patients.
With an operating temperature range of -20~60°C, the Li-ion battery performs reliably in diverse healthcare settings, from climate-controlled clinics to facilities with variable environmental conditions.
The Li-ion Battery for Medical Rehab Robots powers:
- Mobility-Assist Rehab Robots: Supporting patients with mobility impairments during therapeutic exercises.
- Medical Service Robots: Enabling automation in tasks like medication delivery, patient monitoring, or equipment transport in hospitals/clinics.
