XLella2 Bariatric Back Support XLella2 Bariatric Back SupportXLella2 Bariatric Back SupportXLella2 Bariatric Back SupportXLella2 Bariatric Back SupportXLella2 Bariatric Back Support
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XLella2 Bariatric Back Support

A biangular back support with two adjustable sections to accommodate gluteal shelf and excess adipose tissue, for bariatric wheelchair users up to 300kg.
The XLella² provides a higher degree of trunk support by offloading the posterior side of the pelvis to accommodate a gluteal shelf. Its lower section has a total of 85⁰ of adjustment, with 55⁰ posterior and 30⁰ anterior. This maximises pressure distribution and relief, to assure adequate postural support, and ultimately provide comfort.

The bariatric population presents specific seating challenges. Positioning the pelvis in neutral may not be possible because excessive soft tissue limits the ability to control the position of the pelvis and spine, therefore, it is essential to provide adequate pressure distribution and relief, heat and moisture control, and ultimately, comfort.

The excessive adipose tissue in the gluteal region (gluteal shelf) can also prevent bariatric users from sitting with adequate spinal support, which can contribute to back pain. Offering solutions to accommodate the unique posterior shape created by this redundant tissue is paramount.

XLella bariatric range consists of back supports and cushions, which span from 22” to 28” width, with options for custom items up to 32”.

The XLella back supports provide an off-the-shelf solution, with integrated adjustability and adaptability for potential changing needs. These are available in three different styles to meet the individual requirements and body shapes of the user, XLella Vigour, XLella Classic, and XLella². All models are transport certified and have a weight capacity of up to 300kg.

Hardware Options
  • Features

    Functional Benefits

    • Purpose-built for bariatric users
      • Heavy-duty design tested and rated up to 300kg
      • Biomechanical structure provides strong postural support and comfort for larger body shapes
    • Adaptive Profile Curvature System
      • Contours to the individual’s body shape for precise positioning
      • Up to 85° total adjustment (55° posterior / 30° anterior)
      • Secure fit using Adapta-Points to maintain stable support as needs change
    • Dual-layer outer cover technology
      • Reduces shear forces to help prevent chafing and pressure injuries
      • Air-mesh side panels and moisture-wicking fabric improve heat and moisture control
      • Removable covers for easy cleaning and maintenance
    • Enhanced positioning flexibility
      • Compatible with wedge accessories and tessellated shapes for custom contouring
      • Side-zip cover design allows easy insertion of positioning components
  • Specifications

    Measurements

    Style XLella2 Back Support
    Weight (without hardware, 22″ back)* 3.9kg
    Weight Capacity 300kg
    Contouring Angle Adjustment Capability 30° Anterior & 55° Posterior
    Overall Thickness (including cover) 60mm
    Code 1258-WWHH-200

    XLella Back Support Sizing Chart

    To order, replace the HH and WW in the code with the appropriate size required.


    Foam Composition

    Transport Certified: All XLella Back Supports and hardware configurations are suitable for transport in a vehicle when mounted on an appropriate wheelchair frame.


    XLella Comparison

    Padding Thickness Moderate padding thickness. Thicker padding for adjustment in foam contouring layers. Moderate padding thickness.
    Adjustment No contour adjustment. Moderate contour adjustment using cube system. Maximum contour adjustment using hinge profile system.
    Contouring Mild contour for comfort. Supports bariatric users without contour needs. Cube system allows shaping and contour adjustment for support and pressure relief. Hardware-based adjustment provides high-level contouring and stability.
    Scripting Based on back support height. Based on height + cube configuration. Based on hardware adjustment and support surface length.
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