Name of the Procedure:

• Common Name: Electric Patient Lift
• Technical Term: Electric Patient Lift with Seat or Sling (HCPCS Code: E0635)

Summary

An electric patient lift is a device used to help lift and transfer individuals with limited mobility from one place to another, such as from a bed to a wheelchair. This device uses an electric motor to perform the lifting, ensuring smooth and safe transfers for both the patient and caregiver.

Purpose

Electric patient lifts address mobility issues in individuals who cannot transfer themselves due to conditions like severe arthritis, paralysis, or post-surgical recovery. The primary goal is to increase independence and safety, while minimizing the risk of injury during transfers.

Indications

• Severe mobility restrictions
• Muscle weakness or paralysis
• Post-surgical recovery requiring minimal physical exertion
• Chronic conditions like arthritis or multiple sclerosis
• Higher body weight making manual transfer unsafe

Preparation

• Ensure the lift is properly assembled and charged.
• Review the user manual for specific instructions.
• No special pre-procedure instructions like fasting or medication adjustments are needed.
• Check that the sling or seat is in good condition and correctly sized for the patient.

Procedure Description

1. Position the lift near the patient.
2. Place the sling or seat under the patient while they are lying down or sitting up.
3. Attach the sling or seat securely to the lift using the provided hooks or loops.
4. Use the remote or control panel to slowly elevate the patient, ensuring stability.
5. Move the lift to the new location (e.g., wheelchair, toilet).
6. Lower the patient safely and remove the sling or seat.

Tools/Equipment: Electric lift device, compatible sling or seat. Anesthesia/Sedation: Not applicable.

Duration

The entire process typically takes 10-15 minutes, depending on the patient's condition and cooperation.

Setting

This procedure can be performed in various settings including hospitals, outpatient clinics, long-term care facilities, and home environments.

Personnel

Trained caregivers or healthcare professionals such as nurses or physical therapists.

Risks and Complications

Common Risks:

• Minor skin irritations from the sling
• Mechanical failure if not properly maintained

Rare Risks:

• Falls or injuries due to improper use
• Electrical malfunction

Benefits

• Increased safety and reduced risk of injury during transfers
• Enhanced comfort and dignity for the patient
• Easier and less strenuous for caregivers

Recovery

• Minimal to no recovery time
• Regular use may improve the patient's overall mobility and comfort levels
• Follow-up maintenance checks on the device to ensure continued safety and functionality

Alternatives

• Manual patient lifts: More physically demanding for caregivers
• Transfer boards: Suitable for patients with some degree of mobility
• Gait belts: Require patient cooperation and some physical strength
• Pros and Cons: Electric lifts offer more ease and safety but come at a higher cost and require power sources.

Patient Experience

• During: The patient should feel secure and supported. Minor discomfort may occur if the sling is not positioned correctly.
• After: Patients typically feel more comfortable and less fatigued compared to manual transfers. Caregivers can ensure further comfort adjustments post-transfer.
• Pain Management: Not usually needed, but any discomfort should be promptly addressed.