Name of the Procedure:

Hospital Bed, Semi-Electric (Head and Foot Adjustment), with Any Type Side Rails, Without Mattress

• Common Name: Semi-Electric Hospital Bed
• Technical/Medical Term: HCPCS E0261

Summary

A semi-electric hospital bed allows patients to adjust the head and foot sections with electronic controls, while the height of the bed is usually adjusted manually. This improves comfort and aids in patient mobility and care.

Purpose

This type of hospital bed is used to provide a comfortable and safe environment for individuals who have limited mobility, need assistance in changing positions, and require side rails for safety. The primary goal is to enhance patient comfort, facilitate care activities by healthcare providers or caregivers, and ensure patient safety.

Indications

• Patients with conditions such as chronic illnesses, severe injuries, or recovery from surgery that limit mobility
• Bedridden individuals
• Patients requiring frequent repositioning to prevent bedsores
• Those in need of safety features like side rails to prevent falls

Preparation

• Ensure that the bed is delivered and installed by qualified technicians
• Verify power outlets and electrical systems are functional and accessible
• Disposal or rearrangement of current furniture to accommodate the new bed
• Additional safety checks, if required by patient-specific medical conditions

Procedure Description

1. Delivery and Installation: The bed is delivered and installed by medical equipment providers.
2. Functionality Tests: Technicians will check the bed's electronic controls and manual functions to ensure they are working correctly.
3. Instruction: Patients and caregivers will receive training on how to use the bed's electronic controls for adjusting head and foot sections and manual height adjustments.
4. Safety Check: Side rails are examined and adjusted as needed to ensure patient safety.

Duration

The installation and setup typically take about 1-2 hours.

Setting

The procedure is performed in the patient’s home, long-term care facility, or hospital room.

Personnel

• Medical equipment technicians for delivery, installation, and demonstration.
• Healthcare providers (e.g., nurses, caregivers) for training and usage guidance.

Risks and Complications

• Common Risks: Electrical malfunction, incorrect adjustment leading to discomfort
• Rare Risks: Mechanical failure, improper use leading to injury
• Management: Regular maintenance checks, immediate reporting, and professional servicing if issues occur.

Benefits

• Enhanced patient comfort through customizable positioning
• Reduced risk of bedsores from frequent repositioning
• Improved safety with side rail options
• Greater ease of care for caregivers and healthcare providers
• Benefits often realized immediately upon use

Recovery

No recovery is required from the setup of the bed itself. However, there may be ongoing maintenance and periodic inspections.

Alternatives

• Manual Hospital Beds: Require more physical effort to adjust positioning.
  • Pros: Lower cost, doesn't require electricity.
  • Cons: Less convenient, might be difficult for caregivers to adjust frequently.
• Fully Electric Beds: Allow for electronic adjustment of all bed aspects.
  • Pros: Maximum convenience.
  • Cons: More expensive.

Patient Experience

• During Setup: The patient might need to temporarily move out of the current bed during installation.
• After Setup: Immediate ability to adjust the head and foot sections electronically for enhanced comfort.
• Pain Management: Not applicable to this procedure. However, the bed's adjustability can help in pain management by improving comfort and reducing pressure points.