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The Single-Handed Care Dressing Kit enables dignified in-bed dressing for largely bed-bound residents using low-friction slide sheet material that allows garments to glide across the limb surface rather than dragging against the skin. Colour-coded components: 2 Green Leg Sleeves (1620 x 350mm), 1 Blue Arm Sleeve (1200 x 260mm), 1 Yellow Base Sheet (2050 x 950mm), 1 Blue Storage Bag. One size fits all. Machine washable to 74 degrees C. MHOR 1992 single-carer risk assessment required. NCL-HLA047.
| Specification | Detail |
|---|---|
| Green Leg Sleeves (x2) | 1620 x 350 x 5mm |
| Blue Arm Sleeve (x1) | 1200 x 260 x 5mm |
| Yellow Base Sheet (x1) | 2050 x 950 x 5mm |
| Blue Storage Bag (x1) | 350 x 350 x 5mm |
| Material | Low-friction slide sheet nylon |
| Size | One size |
| Wash Temperature | Up to 74 degrees C; drip dry or low-temperature tumble dry |
| Reference | NCL-HLA047 |
| Compliance | MHOR 1992 (single-carer risk assessment required); NHS IPC laundering schedule |
The Single-Handed Care Dressing Kit is a manual handling aid subject to MHOR 1992. A risk assessment must confirm that single-carer in-bed dressing is appropriate for the specific resident's weight, cooperative capacity, and dressing requirements before single-carer use is implemented. PUWER 1998 requires staff to be trained in correct sleeve placement and base sheet technique. The 74 degrees C wash temperature must be maintained for effective IPC decontamination of patient-contact items per the care setting's laundering protocol. Equipment records must note the product code for CQC Regulation 12 compliance.
How does the base sheet work alongside the sleeves during in-bed dressing, and in what order are the components used?
The base sheet is the first component placed; it is slid under the resident - using the same technique as withdrawing a slide sheet - so that the resident lies on the yellow low-friction surface. With the resident on the base sheet, the surface beneath them is now low-friction rather than the textured mattress or standard bedding, allowing garments to be drawn up from the foot end to the waist with less resistance. The leg sleeves are then placed over the resident's legs - threaded over the foot and positioned to cover the lower limb from foot to mid-thigh; a trouser leg or stocking is threaded over the outside of the green leg sleeve, and then the sleeve is withdrawn from inside the garment while the garment remains in position on the leg; because the sleeve's low-friction surface was the intermediary between the garment and the skin during the threading, the garment is now positioned on the leg without having been dragged against the skin. The arm sleeve works identically for the upper limb. The base sheet then allows the garment's waist or trunk section to be drawn up across the resident's back and torso on the low-friction surface without requiring the resident to be repeatedly repositioned. The correct sequence must be demonstrated to all carers as part of the PUWER 1998 competency training for this kit.
What is the clinical benefit of reducing skin shear during dressing, and which residents benefit most?
Skin shear during dressing occurs when a garment is dragged across the skin surface, applying a lateral force that separates the skin from the underlying tissue and damages the microvasculature and connective structures in the dermis. In residents with fragile skin - due to age-related thinning, corticosteroid use, nutritional deficiency, oedema, or existing pressure damage - this shear during routine dressing can initiate or extend skin breakdown even when the dressing event is brief. The residents who benefit most from the friction-reducing effect of the dressing kit are those with: category 1 or 2 pressure injuries at sites that clothing passes over during dressing; skin conditions causing fragility such as eczema or psoriasis at limb sites; lymphoedema where the skin tension is already increased; post-surgical dressings or wound care sites that a garment must be dressed over without disturbing; and residents who experience pain during dressing because the friction of garments against sensitive skin generates sufficient force to cause discomfort. For these residents, the dressing kit reduces both the physical tissue injury risk and the pain and distress associated with the dressing procedure, improving the resident's experience of what is otherwise a daily source of discomfort.