What Safe Patient Handling Programs Require and Where Equipment Fits In

Safe patient handling (SPH) programs are essential because they are designed to significantly reduce musculoskeletal injuries among occupational and physical therapists and prevent harm to patients.
SPH programs require a comprehensive approach grounded in a thorough assessment of hazards, staff participation, and management commitment. Routine training is another vital component.
Assistive devices are examples of the type of relevant equipment to be used for SPH programs to de-emphasize manual strength and enable more progressive mobility for patients at rehab hospitals and long-term care (LTC) facilities.
The use of equipment for SPH programs is not a one-size-fits-all approach but rather customized for a patient at every stage of rehabilitation.
The primary elements of an SPH program should ensure compliance, decrease staff musculoskeletal injuries, and protect patients.

If you are a director of rehabilitation or an administrator, you probably already know how costly injuries to staff and patients can be to your facility. According to the Occupational Safety and Health Administration (OSHA), the injury rate in hospitals is approximately 7.6 work-related injuries per 100 full-time employees. This compares to 2.7 injuries across all industries. In other words, this is a facility-level problem, and not an individual therapist problem.

Safe Patient Handling programs are important because they significantly reduce musculoskeletal injuries among healthcare workers and prevent patient harm. Safe Patient Handling (SPH) initiatives work as they replace hazardous manual lifting with assistive technology. They also improve dignity and comfort.

These SPH programs protect your occupational and physical therapists from career-ending back injuries while reducing falls and lowering institutional healthcare costs. They also lead to higher job satisfaction and substantial long-term financial savings for your rehabilitation hospital or long-term care (LTC) facility.

Important Elements of a SPH Program

Having a mechanical lift in your supply closet does not constitute a SPH program. In line with OSHA’s list of essential program elements, you need to have these aspects covered if you intend to successfully establish SPH initiatives:

Hazard Assessment
Management Commitment
Worker Participation
Care Planning
Equipment Investment
Training
Evaluation

Administrative and Management Support

Your hospital and clinical leadership must commit to policy changes, invest in the necessary infrastructure, and prioritize patient safety over manual convenience.

Hazard Assessment

Facilities like yours need to evaluate high-risk units, patient acuity levels, and environmental constraints.

Training and Education

Staff require hands-on training to accurately assess hazards, operate mechanical devices, and effectively engage patients during lifting procedures.

Worker Participation

All your staff, including your nurses and therapists, must be involved in evaluating and selecting the devices to ensure they are practical for daily use.

Equipment Investment

Your facility must be committed to procuring the correct equipment, such as assistive devices, that will enable your staff to avoid the likelihood of musculoskeletal injuries and to prevent harm to patients.

Care Planning

Protocols necessitate that patient-specific assessments be performed to determine mobility levels and the exact equipment required for patient transfers.

How Equipment Fits into the SPH and Mobility Process

You will find that equipment is the backbone of any Safe Patient Handling and Mobility (SPHM) program. This involves replacing what can be dangerous manual lifting with ergonomic, mechanical devices to prevent caregiver injuries and improve patient safety.

In order to optimize utility, this technology must be accessible, unit-specific, and integrate directly into the patient’s care plan.

Patient Mobility Assessments

Equipment selection is best determined by a standardized assessment tool, such as the Bedside Mobility Assessment Tool (BMAT) or equivalent, which evaluates a patient’s functional mobility.

The “No-Lift” Policy

Mechanical solutions eliminate the necessity for manual lifting of patients. These solutions dictate which device should be used based on mobility levels, ranging from minimal assistance, like gait belts, to complete dependence, such as ceiling or floor-based hoists.

Core Equipment Categories & Their Uses

Specific tools are designated for specific patient-handling tasks to distribute weight safely and eliminate manual strain.

Sit-to-Stand Devices

These devices assist partially weight-bearing patients to a standing position, while promoting mobility and safe transfers. An example of this type of equipment is the S2S Standing Frame™ by Therapeutic Industries, which combines the essential support of a traditional standing frame with the added functionality of a sit-to-stand lift.

Lifts and Slings

Floor and ceiling-mounted lifts transfer patients who are completely dependent on this equipment for bathing, toileting, and equipment transfers.

Repositioning Aids

These are inflatable or sliding sheets that enable nurses or therapists to boost or turn patients in bed without major manual exertion.

Lateral Transfer Devices

These are air-assisted devices and friction-reducing slide sheets that are used to safely shift patients from a bed to a stretcher, preventing back injuries from lateral pulling.

NOTE: Consolidating multiple transfer points, such as bed to chair, chair to standing, chair to commode, into fewer pieces of equipment reduces the number of manual handling events overall.

Other Relevant Equipment to Consider for a Successful SPHM Program

Gait and Ambulation Aids

Standing aids, walker frames, and gait belts are utilized for patients who can partially bear their own weight, promoting safer standing and walking routines.

Bed Mobility Devices

Turn-assist systems, trapezes, and specialized slide sheets assist with in-bed boosting, turning, and proning.

Hygiene Equipment

These include adjustable-height tubs, shower chairs, and specialized bath lifts that eliminate bending and straining in wet, slick environments.

Critical Success Factors for an SPHM Program

Having the appropriate equipment is just half the battle. Ensuring the equipment fits into the operational flow of your facility is just as essential.

Staff Training

Proper, hands-on training for all of your caregivers and other staff on mobility assessments and equipment operation is required to prevent misuse.

Accessibility and Placement

Tools should be located exactly where they are needed. Equipment that is stored far away or is not charged creates delays, causing staff to bypass safety measures.

Maintenance Programs

Systems must be in place to ensure mechanical lifts, slings, and transfer sheets are clean, charged, and regularly serviced.

Key Benefits of an SPHM Program

Superior Patient Outcomes

SPH practices allow for earlier and progressive mobility, which helps preserve patient functional status while minimizing skin tears and pressure ulcers. It also reduces the possibility of accidental drops.

Caregiver Protection

When your therapists use mechanical lifts and transfer devices, they avoid the high biomechanical strain of manual lifting, limiting severe back and joint injuries.

Financial Savings

Investing in SPH equipment brings about a profound return on investment by significantly cutting down on workers’ compensation claims, staff turnover, and lost workdays.

Enhanced Work Environment

Healthcare facilities realize improved staff morale and nursing recruitment, as caregivers feel supported and valued by administrators.

Practical Initial Steps to Implement an SPHM Program

Here is a checklist recommended by OSHA, comprised of initial steps to put into place for an SPHM program at your rehabilitation hospital:

Conduct a hazard assessment
Involve frontline staff in equipment evaluation
Document a written policy
Train and re-train annually
Track injury/incident data to measure the program’s effectiveness