BodiLink wheelchair accessories specifically designed for the Corpus power positioning seating system are an ideal combination. Together, they provide best in class hardware and anatomical support to provide the highest level of articulation and comfort to meet a vast array of positioning needs.
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MAX 8 head support hardware provides the ultimate combination of strength and adjustability. The piano-hinge style joints, along with a double taper, result in the strongest hardware on the market. The MAX 8 hardware offers mid-line and lateral-offset to provide maximum adjustability and comfort.
BodiLink Lateral Trunk Support (LTS) hardware and pads have been designed with the body’s shape in mind and to facilitate enhanced comfort and proper trunk alignment. The GT2 swing-away hardware is a link/joint system used to increase adjustability. The spring-loaded joints allow for easy set up, and the swing-away mechanism can be placed on the top or bottom for easier removal for clients with limited dexterity. The premium moldable, supportive pad design, along with the unique wrist joint, allows pad rotation to match the body’s shape for improved contact area and comfort.
BodiLink premium lateral pelvic/thigh supports (LPTS) pads are designed to provide enhanced comfort, additional base support and positioning for the user. The Telescoping Taper (TT) hardware with power mount makes it easy to install on Permobil power wheelchairs. The LPTS pads, in combination with the TT hardware, allow nearly infinite pad adjustability with 360o of swivel. The removable TT hardware features a trigger-release lever designed to be the most user-friendly trigger activation, and can be rotated in place for multiple configurations.
The right chair can make all the difference — in your life, in your independence, and in your long-term health. See how we’re using the latest medical research to deliver information that moves everyone in our industry forward.
The last part in our series about developmental milestones in early childhood focusing on mobility. Seepart 1,part 2,part 3,part 4, part 5,part 6,part 7, part 8,part 9, part 10, part 11, and part 12.
Perhaps one of the mostly widely known authors on this topic are Wiart and Darrah from an article published in 2002 entitled “Changing philosophical perspectives on the management of children with physical disabilities: Their effect on the use of powered mobility.” The authors highlight the paradigm shift that occurred around that time frame and that several factors contributed to the new philosophy.
Two very important political changes occurred
This is the final blog in our series on understanding cushion properties with the help of ANSI/RESNA and ISO standards. See blog 1, blog 2, blog 3,blog 4, blog 5, blog 6, blog 7, blog 8, blog 9, and blog 10.
We greatly appreciate the interest that has been shown in this series, “Understanding Cushion Properties with the Help of ANSI/RESNA and ISO standards”. Please continue to reach out with questions and comments.
We began by reviewing the structure of the ISO standards technical groups, working groups, and national committees, and explored the benefits and limitations of standards, as well as how these methods relate to clinical practice . We then dove into five specific ISO standards:
Part 11 in our series about developmental milestones in early childhood focusing on mobility. Seepart 1,part 2,part 3,part 4, part 5,part 6,part 7, part 8,part 9, part 10,and part 12.
The saddle seat was designed intentionally to facilitate an upright posture through developmentally appropriate supports. Research regarding the use of either flat seats or saddle-like seating has been conducted over the years. The work of DT Reid (1996) tells us that children with Cerebral Palsy displayed better seat alignment and postural control of the upper body resulting in a more efficient reaching path in a saddle seat making it easier to reach desired item. In 2006, Stavness reviewed the literature on the effect of positioning for children with cerebral palsy and upper extremity function. Evidence supports that an upright position, versus sitting back in a chair, improves reaching and hand manipulation. Additionally, the optimal position is a cutout tray, a sloped seat forward of 0-15 degrees and that the line of gravity be in front of the “sit bones”, otherwise known as the ischial tuberosities.
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