In Chair Hammock Sling - full neck, back, and shoulder support with soft in-situ comfort.

What is the pommel and why is it a safety-critical feature of a hammock sling?

The pommel is the central padded section of the sling that sits between the resident's thighs during a hoisted transfer. Its primary safety function is to prevent the resident from sliding downward and out of the sling through the base during the lift; a sling without a pommel or with insufficient thigh leg support relies entirely on the sling's thigh sections to retain the resident's pelvis within the sling during the vertical lift, and if the thigh sections are inadequately positioned or the resident's weight causes them to slip upward, the resident can fall through the sling. The pommel fills the space between the thighs, providing a physical stop against downward sling exit that operates independently of the thigh section positioning. The pommel also prevents hip adduction (legs coming together) during the lift, which has a postural benefit for residents with hip replacement precautions or spastic adductor tone. When a hammock sling with a pommel is fitted, the pommel must be correctly positioned between the thighs before the lift begins; a pommel that has shifted to one side is not providing the intended barrier and must be repositioned before the hoist is operated.

How does an in-situ sling affect pressure care for a resident who sits in a chair for extended periods?

An in-situ sling that remains under the resident while seated is a known pressure care consideration; the sling material adds a layer between the resident's skin and the chair cushion, which can affect the pressure distribution across the seated contact zones and may reduce the performance of a specialist pressure-relieving chair cushion if the sling material is not integrated into the pressure management plan. The tissue viability assessment must include the effect of the in-situ sling on the seated interface pressure at the ischial tuberosities and sacrum; some sling materials have good pressure redistribution properties while others may create concentrated pressure at sling folds or seams under the resident. The Super Soft material option may have different pressure characteristics from standard polyester, and the specific material's effect must be assessed for each resident. The care plan must document the sling material, seating system, and the tissue viability nurse's assessment of the combined interface pressure for the resident in the in-situ configuration, rather than assuming that a comfortable-feeling sling is not contributing to a pressure management problem.