McKesson 146-13221M Mesh Full Body Commode Sling, Medium (CS/12)

Overview of McKesson Mesh Full Body Commode Sling
The McKesson Mesh Full Body Commode Sling in Medium size is an essential aid designed for facilitating safe patient lift and transfer procedures. Capable of supporting up to 600 lbs, this patient sling offers sturdy construction and durable mesh polyester that resists deterioration from moisture and laundering. The design features a unique commode opening and a high back section, providing additional head and neck support, making it an ideal solution for both convenience and safety.

Safety and Compatibility Features
This versatile sling is built for compatibility with both four and six-point cradles, ensuring it can be utilized with any competitive floor-style lift. Its construction reinforces all points of attachment, providing maximum safety during lifts. Moreover, the optional chain or strap is not needed, streamlining the user experience. The padded under-thigh section adds to the comfort for patients, further enhancing its usability in a variety of settings.

Convenience and Maintenance
Convenience is at the forefront of the McKesson Mesh Full Body Commode Sling's design. The sling is machine washable in warm or cold water, allowing for easy cleaning and maintenance. The fabric's resilience against moisture ensures longevity, making it suitable for regular use. The outer side handle is thoughtfully included for assisting with patient positioning in a wheelchair, commode, or other necessary equipment, enhancing functionality.

Specifications and Attributes
The McKesson Sling is specifically designed with a size of Medium, measuring 53 x 42 inches, accommodating a wide range of patients. With a distinguished blue color, it offers visibility in clinical settings. Its polyester mesh material is both lightweight and robust, ensuring it meets the demanding requirements of patient lifting. Ideal for use in healthcare settings, it is built to assist caregivers and enhance the safety and comfort of their patients during transfers.