Ring Cushion - Lightweight Micro-Bead Circular Head Support for Pressure Relief and Comfort. - CareSupplies.com Medical Equipmen
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  • Ring Cushion - Lightweight Micro-Bead Circular Head Support for Pressure Relief and Comfort. - CareSupplies.com Medical Equipmen

Ring Cushion - Lightweight Micro-Bead Circular Head Support for Pressure Relief and Comfort.

  • Ring Profile Distributes Head Load to the Perimeter - Offloads the Skull Centre - the ring profile of the cushion provides a hollow centre that the back of the head settles into, with the skull supported on the ring perimeter rather than on a flat surface; on a flat surface, the contact zone between the skull and the mattress or pillow is at a small high-pressure area at the back of the skull; the ring profile distributes this load to the larger perimeter contact area of the ring, reducing the pressure at any single contact point and offloading the crown of the skull entirely; this is particularly relevant for residents with scalp fragility, alopecia-related skin breakdown, or existing pressure damage at the occipital zone.
  • Micro-Bead Fill for Adaptive Contouring to Head Shape - the micro-bead fill allows the cushion to conform to the specific shape of each resident's head without applying spring-back force; unlike a foam ring that applies an upward reaction force as it compresses under head weight, the micro-beads rearrange to support the head at the natural skull contour, providing a consistent low-pressure support surface; the micro-bead surface also reduces friction at the skin contact zone during position changes, which is relevant at the scalp where shear forces during head movement can contribute to occipital pressure damage.
  • For Sitting and Semi-Reclined Positions - Including Chair Use - the Ring Cushion is used in bed for residents in a semi-reclined or supine position where the head rests on the mattress or pillow surface, and can also be used in wheelchair or chair seating where the head rests against the chair back and requires a conforming support surface at the occipital zone; the self-gripping strip allows quick placement and repositioning across different seating or lying surfaces without the need for additional fixing straps.
  • 500x500mm - MDR Class I - Self-Gripping Strip - NICE CG179 - dimensions 500 x 500mm; the square format accommodates different head sizes and orientations without the cushion needing to be precisely centred on the skull; self-gripping strip for positioning; MDR 2017/745 Class I positioning device; selected following occupational therapist assessment per NICE CG179; product code NCL-P9704B1HW; included in the MHRA bed safety assessment where it changes the contact geometry at the head end.

Ring Positioning Cushion - Micro-Bead Head Support - Occipital Offloading - 500x500mm

The Ring Positioning Cushion provides a ring-profile micro-bead support surface for the head during sitting and semi-reclined positions, distributing head load to the ring perimeter and offloading the skull centre to reduce occipital pressure. The micro-bead fill conforms to individual head shape without spring-back force, reducing friction during head movement. Self-gripping strip for positioning. Dimensions: 500 x 500mm. Suitable for bed and wheelchair use. MDR 2017/745 Class I positioning device. Selected per NICE CG179. NCL-P9704B1HW.

Specifications

SpecificationDetail
Fill MaterialLightweight polystyrene micro-beads
ProfileRing - hollow centre; skull load distributed to perimeter
Dimensions500 x 500mm
Clinical PositionsSupine; semi-reclined in bed; wheelchair and chair
Securing FeatureSelf-gripping strip
ReferenceNCL-P9704B1HW
Clinical IndicationOccipital pressure relief; head posture support; friction reduction at scalp
Regulatory StatusMDR 2017/745 Class I medical device

Regulatory Compliance

The Ring Positioning Cushion is a Class I medical device under MDR 2017/745. Clinical selection requires occupational therapist or tissue viability assessment per NICE CG179, with the occipital pressure care indication and positioning method documented in the care plan. The cushion must be included in the bed safety assessment where its presence affects head-end mattress geometry. Equipment register records and MDR conformity documentation must be maintained for CQC Regulation 12 compliance.

Frequently Asked Questions

When is a ring-profile cushion indicated for occipital pressure relief rather than a standard contoured pillow?

A standard pillow supports the head by compressing under the head weight and conforming partially to the skull contour, but it remains a contiguous surface with no centre void; the contact pressure at the occiput (the bony prominence at the back of the skull) is reduced compared to a firm mattress but is not eliminated. A ring-profile cushion is indicated when the clinical assessment identifies that even the residual contact pressure of a standard pillow is clinically significant at the occiput - typically for residents with existing occipital pressure damage, residents with alopecia where the scalp skin is fragile without the protective padding of hair follicles, residents with very thin skull tissue or scalp, or residents who are immobile at the head for extended periods without nursing turns. The ring profile achieves zero contact at the centre of the occiput by virtue of the hollow, whereas a standard pillow can only reduce but not eliminate contact. The ring cushion is prescribed by the tissue viability nurse or occupational therapist when the clinical assessment confirms that offloading the occiput completely is necessary; it is not a standard pillow replacement for general use.

How should the Ring Cushion be positioned relative to the resident's head, and does the orientation matter?

The Ring Cushion is positioned so the ring centre aligns with the back of the resident's skull - the occiput - so that the skull settles into the hollow and the contact load is distributed to the ring perimeter. The self-gripping strip on the underside of the cushion provides a friction grip on the mattress or pillow surface to prevent the cushion from shifting during head movement; the cushion should be positioned before the resident's head is lowered onto it rather than inserted under the head once the resident is positioned. Orientation of the square cushion relative to the head does not critically affect its function as long as the hollow is centred on the occiput; the square format accommodates lateral head rotation without the hollow moving out of alignment, which can occur with a round ring if the resident's head rotates to the side. For residents who predominantly turn their head to one side, the occupational therapist should assess whether the ring remains centred on the occiput in the resident's typical head position and adjust the placement accordingly. The cushion position should be confirmed at each nursing visit as part of the head pressure care check.

NCL-P9704B1HW