Showing: 75 results
Clip sling - unpadded legs
The Clip sling - unpadded legs is suitable for everyday patient handling activities, such as bed and chair-related transfers.
Clip bathing sling - padded legs
The Clip bathing sling - padded legs is suitable for bathing and showering as the mesh material allows water to pass easily through the sling. It has additional padding around the legs area to provide extra comfort.
Clip bathing in situ sling - unpadded legs
The Clip bathing in situ sling - unpadded legs is suitable for bathing and showering activities as the mesh material allows water to pass easily through the sling.
Clip toilet sling - padded legs
The Clip toilet sling - padded legs is a special-purpose design intended for toileting, dressing and undressing patients/residents.
Clip bathing sling - unpadded legs
The Clip bathing sling - unpadded legs is suitable for bathing and showering activities as the mesh material allows water to pass easily through the sling.
Clip bathing sling - unpadded and extended legs
The Clip bathing sling - unpadded and extended legs is suitable for bathing and showering as the mesh material allows water to pass easily through the sling. The extended leg sling has been designed to create a longer reach around the thighs if needed.
Clip sling - padded legs and extended legs
The Clip sling-padded legs and extended legs is used for a range of everyday patient handling activities, such as bed and chair-related transfers. It has additional padding around the leg pieces to provide extra comfort. The extended leg sling is suitable when a larger circumference is needed to reach around the thighs.
Clip comfort sling - padded legs
The Clip comfort sling - padded legs is suitable for everyday patient handling activities, such as bed and chair-related transfers. It offers additional comfort throughout the sling, with additional padding for the legs and has no binding in the body of the sling.
Disposable clip sling
The Disposable clip sling is used for a range of everyday patient handling activities, such as bed and chair-related transfers. It is designed to accompany a patient throughout the hospital stay and can be used in exactly the same way as standard clip slings but it cannot be laundered.
Sara Plus
The Sara Plus® offers something extra: advanced resident/patient support features that promote mobility-activation more than any other aid of this type, providing balance, stepping and walking training.
AtmosAir Velaris
AtmosAir Velaris accommodates a 'One Surface Strategy' as it can replace all but the most advanced automatic surfaces with one easy to use, flexible mattress system.
How to choose a patient transfer device depending on mobility level
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.
Auralis
Designed for high acuity patients with limited mobility and compromised skin integrity, the Auralis™ alternating pressure mattress system assists you in managing your patient’s needs to minimize the risk and burden of pressure injury.
Sara Stedy
Sara Stedy and Sara Stedy Compact enable a single caregiver to assist patients or residents perform sit to stand transfers throughout the day.
Maxi Sky 2 Plus
Our Bariatric Room Solutions ensure your healthcare facilities are equipped for the increasing challenges of plus size patients and ready to deliver safe, cost efficient and dignified patient care.
Enterprise 8000X
The Enterprise 8000X hospital bed delivers significant benefits to the patient, caregiver and healthcare facility.
How is mechanical prophylaxis used in VTE Prevention?
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.
Sara Combilizer
A growing body of evidence supports the effectiveness of early mobilization. When utilized, early mobility is associated with reduced ICU and hospital length of stay and improved functional outcomes.