motorised hospital bed

Manual Hospital Beds

• Description: These beds are adjusted manually using hand cranks to modify the bed’s height, head, and foot positioning.
• Uses:
  • Ideal for low-budget healthcare settings or home care.
  • Suitable for patients who do not need frequent adjustments.
  • Common in facilities where caregiver assistance is available for manual operation.

2. Semi-Electric Hospital Beds

• Description: These beds feature electric controls for adjusting the head and foot sections but require manual adjustment for bed height using a crank.
• Uses:
  • Frequently used in home care settings and moderate-care hospital facilities.
  • Beneficial for patients who need frequent head or foot repositioning but have stable mobility.

3. Full-Electric Hospital Beds

• Description: Fully motorized beds where all adjustments (height, head, and foot) are controlled electrically using a remote or panel.
• Uses:
  • Ideal for hospitals and home care, particularly for patients who are bedridden or have limited mobility.
  • Allows patients to adjust their position independently, reducing caregiver burden.

4. Low Hospital Beds

• Description: Designed to be lower to the ground, minimizing the risk of injury from falls.
• Uses:
  • Commonly used for elderly or fall-risk patients.
  • Suitable for patients who may have difficulty getting in and out of higher beds or those in rehabilitation settings.

5. ICU (Intensive Care Unit) Beds

• Description: These highly specialized beds are designed for critically ill patients, with advanced features such as integrated monitors, ventilator support, and CPR positioning capabilities.
• Uses:
  • Designed for patients requiring intensive monitoring and care in ICUs.
  • Used in situations where constant repositioning and monitoring are needed for critical conditions.

6. Bariatric Hospital Beds

• Description: Beds with a higher weight capacity (up to 500 kg or more) designed to accommodate larger patients.
• Uses:
  • Used for overweight or obese patients.
  • Often equipped with reinforced frames and larger mattresses to ensure safety and comfort.

7. Low Air Loss Beds

• Description: These beds feature air-filled mattresses with continuous airflow, reducing pressure points and improving circulation.
• Uses:
  • Common for patients at high risk of bedsores (pressure ulcers), particularly those who are bedridden or immobilized for long periods.
  • Suitable for patients with skin integrity issues or spinal injuries.

8. Alternating Pressure Beds

• Description: Beds that feature air cells that alternately inflate and deflate to shift pressure between body areas, reducing the risk of bedsores.
• Uses:
  • Ideal for patients at risk of developing pressure ulcers.
  • Used in long-term care facilities or for patients requiring long-term bed rest.

9. Stryker or Transport Beds (Stretchers)

• Description: Mobile beds with wheels used to transport patients within hospitals, emergency departments, or for procedures.
• Uses:
  • Frequently used in emergency rooms and operating rooms for patient mobility.
  • Used to quickly move patients between hospital departments.

10. Gatch Beds

• Description: Older-style beds with manual cranks to adjust head, foot, and height positions.
• Uses:
  • Historically used in hospitals, but still found in low-resource settings or home care environments.
  • Suitable for patients who need minimal adjustments.

11. Trendelenburg and Reverse Trendelenburg Beds

• Description: These beds allow the patient to be positioned with their feet elevated higher than their head (Trendelenburg) or the reverse (Reverse Trendelenburg).
• Uses:
  • Commonly used in surgery, trauma care, or during specific treatments where blood flow needs to be directed toward the upper body or head.
  • Beneficial for patients with circulatory or respiratory issues.

12. Pediatric Hospital Beds

• Description: Specially designed for children, these beds often feature side railings, a smaller size, and may include playful designs to comfort young patients.
• Uses:
  • Used in pediatric wards and children’s hospitals.
  • Provides safety and security for young patients with specific adjustments suitable for children.

13. Rehabilitation Beds

• Description: These beds are designed to help patients with mobility issues recover, featuring adjustable positions, side rails, and sometimes built-in therapy aids.
• Uses:
  • Used in rehabilitation centers for patients recovering from surgeries, injuries, or strokes.
  • Suitable for patients requiring assistance in mobility and transitioning in and out of bed.

Key Features to Consider:

• Adjustability: Electric beds provide ease of use, allowing patients and caregivers to adjust positions frequently, whereas manual beds require caregiver involvement.
• Specialty Features: ICU and bariatric beds are designed for specific patient needs, while low beds are more focused on safety for high-risk individuals.
• Mattress Types: Beds like low air loss and alternating pressure beds are designed to prevent bedsores, offering enhanced comfort for long-term use.

Each of these hospital beds is designed to cater to the unique needs of patients in various healthcare settings, ensuring safety, comfort, and support for both patients and caregivers.