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Dynamic Seating Design
Dynamic Footrests, Pivot Points, and High Pivot Receivers
Dynamic Seating components are designed to move with a client. A great deal of design goes into these components to ensure the product responds to client forces and maintains client position.
Continue ReadingAllowing Movement Of The Pelvis Without Loss Of Position
Dynamic movement can be provided at various areas of the body where movement is possible from a seated posture. The
dynamic component allows movement beyond the usual seated posture, such as into increased trunk extension, and then assists with the client returning to upright. Ideally, the return to upright does not lead to a loss of position, such as a posterior pelvic tilt.
Dynamic Head Supports – the importance of design in meeting client goals
In our last blog, we discussed clinical indicators and contra-indicators to allowing movement into neck extension using a dynamic head support. Dynamic movement in this area can protect the head support hardware from damage, limit client injury, and reduce overall extensor tone. How does design facilitate these goals?
Continue ReadingDynamic Footrest Hangers – It’s All In The Design
Allowing movement at the knee is more complicated than it sounds. When a client extends at the knee, this movement is not just in one plane. In other words, the foot doesn’t simply slide forward. The foot follows an arc, forward and upward.
Continue ReadingMaintaining Head Support Position – let’s do the math!
I see a lot of clients for head positioning in their wheelchair seating system. This requires a thorough seating assessment, as well as providing the best product. Even if I choose what I believe to be the very best head support for a client, I find that maintaining the position of that support is a challenge. I continually find that the hardware has moved, often resulting in a sub-optimal head position for the client.
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