Transporting patients on hospital beds is an ergonomically high risk activity for caregivers. However, the use of powered assisted beds can have a positive impact on their work lives. Read an extract from 'A case for powered bed transport' whitepaper

There are different types of power assisted transport technologies used with hospital beds that help caregivers reduce effort in transporting patients throughout the facility.

IndiGo is always available and built directly into the bed, so only one thing changes in a caregiver’s day: the amount of work required to move the bed.

IndiGo is always available and built directly into the bed, so only one thing changes in a caregiver’s day: the amount of work required to move the bed.

Arjo’s blog. The power of intervention in pressure injury prevention and management by Sharon Maris, Director Global Medical Affairs for Pressure Injury Prevention Pressure injury prevention interventions are key to reducing the risk of developing

surfaces to support pressure redistribution and targeted pressure offloading is key. Pressure injuries are a preventable medical condition, usually caused by immobility in bedridden patients, developed by one out of two patients in acute care. Due

Venous Thromboembolism (VTE) is a leading cause of death and disability worldwide but research suggests that it can be preventable through evidence-based prevention strategies. Learn more about mechanical prophylaxis and Intermittent Pneumatic Compression (IPC) with our downloadable summary below.

AirPal Air Assisted Transfer in action With the AirPal® air-assisted patient transfer system, you can transfer patients from one surface to another and reposition within the bed safely, comfortably and efficiently.

Empowering movement is fundamental to any patient rehabilitation programme and is a core principle in the prevention of pressure injury development. With the impact of the current pandemic, the focus on mobilising and rehabilitating patients earlier and often throughout the day has never been higher.

Air-assisted lateral transfer devices such as AirPal are designed to assist with the transfer of patients who are unable to independently move from one surface to another and reposition within the bed.

Patient transfer tasks occur across multiple healthcare settings and are often high risk activities for both caregivers and patients. Risk of patient and staff injury has led to the development of global Safe Patient Handling programmes.

Reduced mobility is a significant risk factor for pressure injury development, international guidelines emphasise the need for regular turning and repositioning of patients to help prevent skin damage¹. While a pressure redistribution mattress may enable the repositioning regimen to be individualised, regular postural change is still important but not without risk to the patient or caregiver.