ICU Hospital Bed 5 function Mechanical With Wheels and Collapsible Railings
ICU Hospital Bed 5 function Mechanical With Wheels and Collapsible Railings
In stock
- Free shipping over ₹500
- 7 Day Returns
Couldn't load pickup availability
Share this product
(Prepaid or Partial COD Options are available for this product. Please call or WhatsApp us at +91 8586-012345)
The ICU Bed 5 Function Mechanical with Collapsible Railings is a robust and highly functional hospital bed designed for intensive care environments. With its mechanical adjustment system, 5-position control, and safety-enhancing collapsible railings, this bed offers a combination of patient comfort, caregiver convenience, and long-term durability.
Built for efficiency, this ICU bed is perfect for hospitals and medical centers seeking quality, reliability, and ease of maintenance.
Key Features
- 5 Adjustable Functions: Includes height, backrest, leg rest, Trendelenburg, and reverse Trendelenburg positions
- Mechanical Adjustment System: Manual controls offer precise positioning with minimal effort
- Collapsible Side Railings: Enhances patient safety while allowing easy access when needed
- Easy-to-Clean Design: Smooth surfaces ensure quick sanitation and hygiene control
- Sturdy Construction: Engineered with high-quality materials for daily use in ICU and critical care units
Specifications
- Overall Bed Size: 2130 mm (L) x 960 mm (W) x 500–750 mm (H)
- Mattress Platform Size: 1950 mm x 820 mm
- Backrest Tilt Angle: 0°–75°
- Leg Rest Tilt Angle: 0°–45°
- Trendelenburg Tilt: 12°
- Reverse Trendelenburg Tilt: 12°
Benefits
- Enhanced Patient Comfort: Multiple adjustable positions help reduce discomfort, promote circulation, and assist recovery
- Improved Safety: Collapsible side railings reduce fall risk without restricting patient access
- User-Friendly Mechanism: Manual controls are intuitive and require no electricity
- Low Maintenance: Surfaces are designed for easy cleaning, reducing infection risks
- Built to Last: Reinforced frame and premium construction support long-term use in demanding healthcare environments