Welcome to the newly launched BMEC Malaysia website. Follow us on our social media @BMEC.asia for the latest updates.

Close this search box.

Optimise Workflow and Pressure Injury Prevention: Automate 30° Lateral Turning

pressure injury prevention

Up to 44% of in-hospital patients end up developing pressure injuries. The mortality rates from pressure injuries are 2 to 6 times as much as from other diseases, with 60,000 deaths annually due to this complication according to NIH.

Also, pressure ulcers are the third most costly disease after cancers and cardiovascular diseases.

Factors that increase the risk of developing pressure injuries include patient’s condition such as mobility, sensory perception, obesity, diabetes, nutrition, and perfusion; also environmental factors such as pressure, shear force & friction, heat buildup, and moisture.

It is crucial to implement proper pressure injury intervention devices such as pressure reducing / redistribution mattress systems to mitigate pressure injury risks, and determine customised therapies including turning procedures based on the guideline and individual patient’s pressure injury risk assessment result.


Regularly Turning Patients to 30° Lateral Position Reduces the Incidence of Pressure Ulcers

The risk of pressure injuries increases when immobile individuals are unable to turn or move voluntarily. Repositioning critically ill patients requires careful consideration and planning.

EPUAP/NPUAP/PPPIA guideline recommends that turning patients regularly to the 30° lateral position reduces the incidence of pressure injury compared with usual care (90° lateral position).

People who were positioned in a 90° side-lying position were 3.7 times more likely to experience pressure injury than those who were positioned in a 30° side-lying position.

It is encouraged to sleep in a 20° to 30° side-lying position or flat in bed if not contraindicated for individuals who can change their own position.

In critically ill patients who do not tolerate increment turns, repositioning strategies that should be implemented include weight shifts, passive range of motion, repositioning of extremities, head rotation, heel floating, and lower angle turns. Using these methods should be based on individual tolerance.


Repositioning Every 2 to 4 Hours is Widely Accepted

procare pressure injury prevention

EPUAP/NPUAP/PPPIA guideline also recommends determining the patient’s level of activity and their ability to reposition themselves to guide health professionals’ decision‐making in terms of the frequency and amount of assistance they provide to patients in repositioning.

There is no clear evidence regarding which particular positions and repositioning frequencies are the most effective for preventing pressure injuries in adults. Changing in body position every 2 to 4 hours is widely accepted as a provisional guideline for best practice.

Wellell’s Pro-care Turn offers a maximum 30-degree turning angle and an alternating function during dwelling time. A cover rubber pad is provided for the comfort and stability of the patient during the turning therapy.

It also offers two kinds of turning modes: Continuous and One-time turning. Continuous turning can help caregivers to easily achieve repositioning and reduce the risk of lower back and arm injuries during repositioning.

One time turning mode is provided when nursing interventions are required. To learn more about Pro-care Turn, visit our page at bmec.asia/wellell


More Information