JAY J3 Wheelchair Cushion

Precontoured and carvable, the J3 features a closed-cell foam base with Optiwell™ technology, incorporating an anthropometrically designed pelvic loading area (PLA). Available in two depths, the Optiwell Technology ensures a tailored fit for individuals at high (standard cushion) to extreme (deep contour cushion) risk of skin breakdown, with or without aggressive postural needs.

Key Features:

Optiwell Technology:

Precontoured, carvable, closed-cell foam base with anthropometrically designed PLA.

1. • Two depth versions cater to varying levels of skin breakdown risk and postural requirements.

2. Choice of Inserts:

   • Fluid or Air PLA inserts, allowing customization based on individual preferences.

3. Cover Options:

   • Microclimatic: Dissipates heat and moisture to maintain a clean and dry surface.
   • Incontinence-Resistant: Aids in managing incontinence by protecting the foam base from moisture build-up.
   • Stretch: Enables proper immersion and prevents pressure increase due to surface tension.

4. Comfort Layer Integration:

   • Integral comfort layer within the cover enhances overall user comfort.

5. Modification Possibilities:

   • Easily modifiable base, either in the factory or in the field, to accommodate specific user needs.

Clinical Application:

• Suitable for clients at high to extreme risk of skin breakdown.
• Appropriate for individuals with or without aggressive postural needs.
• Ideal for symmetrical to significant postural requirements necessitating lateral, forward/rearward stability, and/or precise positioning.
• Designed for those who may be unable to reposition or perform independent weight shifts.

Contoured, Easy to Modify Base:

The contoured foam base, crafted from closed-cell foam, allows easy modifications for evolving user needs. An extensive selection of positioning components ensures exceptional lateral and forward stability.

Personalized Pelvic Loading Area:

• Unique Pelvic Loading Area sizes, chosen independently of cushion width, provide optimal forward and lateral stability, immersion, and weight distribution to accommodate a broad range of client needs.