The Intelligent Panel Hospital Electric Bed with Manual CPR is a precision-engineered solution designed for high-stakes intensive care environments. Manufactured by ZhaofaMed, this ICU bed integrates advanced electrical precision with life-saving functionality, ensuring that critical care providers can deliver rapid, efficient, and comfortable patient care. From hemodynamic management to emergency resuscitation, every feature is optimized to meet the rigorous demands of modern healthcare facilities.
Combining a robust safe working load of 250kg with a sophisticated suite of adjustable positions—including Trendelenburg and Reverse Trendelenburg—this bed empowers clinicians to optimize respiratory and circulatory functions seamlessly. With its rapid manual CPR release and backup battery system, it guarantees unwavering reliability during power disruptions and emergency crises, making it an indispensable asset for any world-class ICU.
| External Dimensions | 2240mm (L) x 1050mm (W) | Bed Height Range | 500mm - 750mm |
|---|---|---|---|
| Mattress Platform | 1940mm x 900mm | Safe Working Load | 250kg |
| Back-rest Angle | 65° ± 10° | Knee-rest Angle | 40° ± 10° |
| Trendelenburg | 12° ± 3° | Reverse Trendelenburg | 12° ± 3° |
| Drive System | 4 Linear Motors | Caster System | 4 x 6" Double-Side Casters |
Equipped with a manual CPR function for immediate transition to a flat position, optimizing chest compressions during emergencies.
Integrated backup battery ensures critical adjustments remain functional during power outages, maintaining patient safety.
Precise Trendelenburg and Reverse Trendelenburg tilts aid in circulation and intracranial pressure management.
Intuitive control panels and 4 linear motors provide smooth, quiet, and precise adjustments for patient comfort.
Variable height adjustment (500-750mm) reduces caregiver strain and improves patient accessibility during procedures.
Built with high-grade materials to support a 250kg load, ensuring longevity in high-traffic ICU environments.
Optional integrated weighing system for precise fluid balance and dosage tracking without patient transfer.
Silver ion anti-microbial bed surfaces available to reduce cross-contamination in high-risk zones.
Customizable IV pole holders and oxygen cylinder brackets for immediate access to life-support tools.
Optional sensor pads compatible with bedside monitors to alert staff of posture or movement changes.
Retractable side rails with soft edges to prevent patient injury while facilitating easy caregiver access.
Foldable footboards with integrated patient information slots to streamline documentation in busy units.
| Feature Set | Standard ICU Bed | ZhaofaMed Intelligent Bed |
|---|---|---|
| Emergency Response | Slow manual flatting | Rapid Manual CPR Release |
| Patient Positioning | Basic tilt | Precise Trendelenburg ±3° |
| Power Reliability | External power only | Built-in Backup Battery |
| Operational Noise | Mechanical friction | Quiet Linear Motor System |
| Customization | Fixed Configuration | Modular Optional Add-ons |
The manual CPR function allows medical staff to instantly flatten the bed surface, providing a firm and level platform for chest compressions during cardiac arrest, which is critical for successful resuscitation.
Trendelenburg (head lower than feet) and Reverse Trendelenburg positions are used to manage hemodynamic stability, improve blood flow to the brain, or assist in airway management for respiratory patients.
Yes, we offer an optional anti-microbial bed surface treated with silver ion technology, which significantly reduces the risk of healthcare-associated infections (HAIs).
The bed is equipped with a professional-grade backup battery, ensuring that electrical adjustments can still be performed to maintain patient safety and comfort during outages.
Absolutely. We provide an optional integrated weighing system that allows clinicians to monitor patient weight fluctuations in real-time, which is vital for dosage calculations in intensive care.
This bed is engineered for a Safe Working Load (SWL) of 250kg, making it suitable for a wide range of patient sizes while maintaining structural integrity and motor performance.
