Single Crank Manual Bed

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A Single Crank Manual Bed is a manually adjustable hospital bed providing head elevation only via hand-operated crank. Used in hospitals, long-term care facilities, and home healthcare settings, it supports essential patient positioning for respiratory function, safe feeding, pressure relief, and daily comfort without reliance on electricity. Reliable during power outages and cost-effective for resource-limited settings, it provides basic positioning functions for patients requiring head elevation support. It does not include knee elevation or height adjustment functions.

Categories: HOME HEALTHCARE AND DURABLE MEDICAL EQUIPMENT (DME), Hospital Beds for Home Use Tags: Basic Hospital Bed, Fowler Bed, Home Care Bed, Manual Hospital Bed, Patient Bed, Single Crank Bed, Single Crank Manual Bed

Description

Single Crank Manual Bed

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Manual Head Elevation for Patient Positioning

Primary Use: Provides manual crank adjustment of the head section (Fowler position), allowing the patient to be raised to a semi-sitting or upright position. This single function supports essential patient care activities including feeding, respiratory support, and daily comfort.
How it helps: For the nursing team and caregivers, the single crank mechanism allows for precise head elevation without electricity—providing reliable positioning support in settings where electrical beds are not available or during power outages. For the patient, being able to sit up for meals, breathing support, or simply to change their view contributes to quality of care and comfort.

2. Respiratory Support and Airway Management

Primary Use: Head elevation facilitates breathing for patients with respiratory conditions including chronic obstructive pulmonary disease, pneumonia, asthma, congestive heart failure, and post-operative respiratory compromise. Elevating the head reduces the work of breathing and improves oxygenation.
How it helps: For the bedside nurse and respiratory therapist, manual head elevation provides a non-pharmacological intervention that eases breathing—using gravity to assist diaphragmatic excursion and reduce the work of breathing. For the patient with respiratory difficulty, being raised to a semi-sitting position can provide immediate relief, reducing the panic of air hunger and allowing them to breathe more comfortably.

3. Feeding and Aspiration Prevention

Primary Use: Head elevation to at least 30-45 degrees during and after meals supports safe feeding and reduces the risk of aspiration in patients with swallowing difficulties, neurological impairment, stroke, or post-operative status. Proper positioning during feeding is essential for patient safety.
How it helps: For the nursing team and speech-language pathologist managing patients with dysphagia, manual head elevation allows proper positioning for meals—using gravity to protect the airway and direct food safely into the esophagus. For the patient at risk of aspiration, proper positioning during meals can mean the difference between safe oral intake and life-threatening aspiration pneumonia.

4. Pressure Relief and Skin Integrity

Primary Use: Head elevation allows for positional changes that help offload pressure from the sacrum, heels, and other bony prominences. Regular position changes support pressure injury prevention in immobilized patients.
How it helps: For the wound care nurse and care team, manual head elevation allows for regular pressure relief without relying on electric beds—supporting pressure injury prevention protocols even in facilities with limited resources. For the patient, the ability to change position helps maintain skin integrity and prevent the development of painful pressure injuries.

5. Reliable Function During Power Outages

Primary Use: The manual crank system ensures continued head elevation capability during power outages or in settings where electricity is unreliable. No electrical components means the bed remains fully functional regardless of power availability.
How it helps: For the facility manager and care team in resource-limited settings or areas with unreliable power, manual beds provide uninterrupted patient care capability—ensuring that patients can still be positioned safely even when electricity is unavailable. For the patient, this reliability means consistent care regardless of external circumstances.

SECONDARY & SUPPORTIVE USES

1. Cost-Effective Patient Care: Provides essential head elevation function at the lowest cost, making it accessible for resource-limited facilities and home care settings.

2. Post-Operative Recovery: Head elevation supports post-operative recovery by reducing edema, promoting circulation, and providing comfortable positioning for healing.

3. Cardiac Support: Head elevation reduces cardiac workload and can be beneficial for patients with heart failure or after cardiac surgery.

4. Neurological Care: Positioning supports patients with stroke, brain injury, or neurological conditions requiring head elevation for airway protection.

5. Home Healthcare: Suitable for home care settings where patients require basic positioning support without the complexity or cost of multi-function beds.

6. Long-Term Care: Used in long-term care facilities where basic head elevation provides essential positioning functions.

7. Low-Acuity Care: Appropriate for patients who require head elevation but do not need knee elevation or height adjustment functions.

KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

Product Type: A manual hospital bed with single crank operation for head elevation only.
Designation: Single Crank Manual Bed, Manual Hospital Bed, Single Crank Bed, Basic Hospital Bed, Fowler Bed.
Key Components:
- Bed Frame: Steel frame with powder-coated finish.
- Mattress Platform: Articulating head section only; fixed foot section.
- Head Crank: Manual crank mechanism for head elevation.
- Side Rails: Half or full-length rails for patient safety (optional).
- Castors: Locking wheels for mobility and stability.
- Headboard/Footboard: Removable panels for patient access.

2. TECHNICAL & PERFORMANCE PROPERTIES

Weight Capacity: Standard models 300-500 lbs; bariatric models available.
Head Elevation Range: 0-75 degrees (Fowler position) via manual crank.
Knee Elevation: None (fixed foot section).
Height: Fixed height; no height adjustment.
Crank Mechanism: Geared for smooth operation with minimal effort.

3. PHYSICAL & OPERATIONAL PROPERTIES

Frame Material: Powder-coated steel for durability and corrosion resistance.
Mattress: Compatible with standard hospital mattresses.
Controls: Hand-operated crank located at footboard or side of bed.
Castors: 4-5 inch locking castors for mobility.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Class I medical device (manual operation, no electrical components).
Weight Capacity Testing: Validated for stated weight capacity.
Side Rails: Compliant with FDA guidance for hospital bed side rails if equipped.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Stored in a patient room or designated storage area.
Cleaning: Clean with hospital-grade disinfectants; follow manufacturer guidelines.
Maintenance: Regular inspection of crank mechanism, castors, and frame integrity; lubricate crank as needed.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Patient head elevation for respiratory support, feeding safety, pressure relief, and daily comfort.
Clinical Role: Essential equipment for hospitals, long-term care facilities, and home healthcare settings requiring basic patient positioning.

SAFETY HANDLING PRECAUTIONS

1. SAFETY PRECAUTIONS

Crank Operation: Operate crank smoothly; do not force if resistance is met; check for obstructions.
Weight Capacity: Do not exceed stated weight capacity; verify capacity for patient weight.
Side Rails: Use side rails as appropriate for patient fall risk; ensure proper positioning to prevent entrapment.
Castors: Lock castors when bed is stationary; unlock only for transport.
Position Changes: Adjust head elevation slowly; ensure the patient is properly positioned before making changes.
Crank Storage: Ensure crank is stored in a retracted position when not in use to prevent injury.

2. FIRST AID MEASURES

Crank Failure: If crank mechanism fails, maintain patient position; contact maintenance for repair; use alternative positioning methods such as pillows as needed.
Pinch Injury: If fingers are pinched in the crank mechanism, remove from area; clean and bandage as needed; seek medical attention for serious injury.
Patient Entrapment: If entrapment occurs, stop positioning immediately; assess patient; reposition as needed.

3. FIRE FIGHTING MEASURES

Flammability: Bed components are combustible.
Extinguishing Media: Use water, foam, or CO₂ as appropriate for surrounding materials.

Single Crank Manual Bed

Single Crank Manual Bed

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Manual Head Elevation for Patient Positioning

Primary Use: Provides manual crank adjustment of the head section (Fowler position), allowing the patient to be raised to a semi-sitting or upright position. This single function supports essential patient care activities including feeding, respiratory support, and daily comfort.

2. Respiratory Support and Airway Management

3. Feeding and Aspiration Prevention

4. Pressure Relief and Skin Integrity

Primary Use: Head elevation allows for positional changes that help offload pressure from the sacrum, heels, and other bony prominences. Regular position changes support pressure injury prevention in immobilized patients.

5. Reliable Function During Power Outages

Primary Use: The manual crank system ensures continued head elevation capability during power outages or in settings where electricity is unreliable. No electrical components means the bed remains fully functional regardless of power availability.

SECONDARY & SUPPORTIVE USES

1. Cost-Effective Patient Care: Provides essential head elevation function at the lowest cost, making it accessible for resource-limited facilities and home care settings.

2. Post-Operative Recovery: Head elevation supports post-operative recovery by reducing edema, promoting circulation, and providing comfortable positioning for healing.

3. Cardiac Support: Head elevation reduces cardiac workload and can be beneficial for patients with heart failure or after cardiac surgery.

4. Neurological Care: Positioning supports patients with stroke, brain injury, or neurological conditions requiring head elevation for airway protection.

5. Home Healthcare: Suitable for home care settings where patients require basic positioning support without the complexity or cost of multi-function beds.

6. Long-Term Care: Used in long-term care facilities where basic head elevation provides essential positioning functions.

7. Low-Acuity Care: Appropriate for patients who require head elevation but do not need knee elevation or height adjustment functions.

1. BASIC IDENTIFICATION ATTRIBUTES

Product Type: A manual hospital bed with single crank operation for head elevation only.

Designation: Single Crank Manual Bed, Manual Hospital Bed, Single Crank Bed, Basic Hospital Bed, Fowler Bed.

Key Components:

Bed Frame: Steel frame with powder-coated finish.

Mattress Platform: Articulating head section only; fixed foot section.

Head Crank: Manual crank mechanism for head elevation.

Side Rails: Half or full-length rails for patient safety (optional).

Castors: Locking wheels for mobility and stability.

Headboard/Footboard: Removable panels for patient access.

2. TECHNICAL & PERFORMANCE PROPERTIES

Weight Capacity: Standard models 300-500 lbs; bariatric models available.

Head Elevation Range: 0-75 degrees (Fowler position) via manual crank.

Knee Elevation: None (fixed foot section).

Height: Fixed height; no height adjustment.

Crank Mechanism: Geared for smooth operation with minimal effort.

3. PHYSICAL & OPERATIONAL PROPERTIES

Frame Material: Powder-coated steel for durability and corrosion resistance.

Mattress: Compatible with standard hospital mattresses.

Controls: Hand-operated crank located at footboard or side of bed.

Castors: 4-5 inch locking castors for mobility.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Class I medical device (manual operation, no electrical components).

Weight Capacity Testing: Validated for stated weight capacity.

Side Rails: Compliant with FDA guidance for hospital bed side rails if equipped.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Stored in a patient room or designated storage area.

Cleaning: Clean with hospital-grade disinfectants; follow manufacturer guidelines.

Maintenance: Regular inspection of crank mechanism, castors, and frame integrity; lubricate crank as needed.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Patient head elevation for respiratory support, feeding safety, pressure relief, and daily comfort.

Clinical Role: Essential equipment for hospitals, long-term care facilities, and home healthcare settings requiring basic patient positioning.

1. SAFETY PRECAUTIONS

Crank Operation: Operate crank smoothly; do not force if resistance is met; check for obstructions.

Weight Capacity: Do not exceed stated weight capacity; verify capacity for patient weight.

Side Rails: Use side rails as appropriate for patient fall risk; ensure proper positioning to prevent entrapment.

Castors: Lock castors when bed is stationary; unlock only for transport.

Position Changes: Adjust head elevation slowly; ensure the patient is properly positioned before making changes.

Crank Storage: Ensure crank is stored in a retracted position when not in use to prevent injury.

2. FIRST AID MEASURES

Crank Failure: If crank mechanism fails, maintain patient position; contact maintenance for repair; use alternative positioning methods such as pillows as needed.

Pinch Injury: If fingers are pinched in the crank mechanism, remove from area; clean and bandage as needed; seek medical attention for serious injury.

Patient Entrapment: If entrapment occurs, stop positioning immediately; assess patient; reposition as needed.

3. FIRE FIGHTING MEASURES

Flammability: Bed components are combustible.

Extinguishing Media: Use water, foam, or CO₂ as appropriate for surrounding materials.

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