Discover Spio® Upper Body Orthosis, Short Sleeve Device [OKNhqFop]

Discover Spio® Upper Body Orthosis, Short Sleeve Device [OKNhqFop]

The SPIO® Upper Body Orthosis with Short Sleeves is a versatile and innovative solution designed to enhance upper extremity stability and sensory integration. This orthosis is tailored for individuals with conditions such as Hypotonia, Cerebral Palsy, Down Syndrome, Athetosis, Rett Syndrome, Autism, and Sensory Processing Disorder. Its lightweight and breathable design ensures comfort throughout extended wear, making it an ideal choice for daily use. The orthosis features a flexible bracing system that provides deep pressure for support and feedback, helping to improve balance and muscle control.

Key Product Features

Crafted from lightweight, wicking, and breathable material, the SPIO® Upper Body Orthosis offers a superior level of comfort and durability. The single-layer Lycra/Nylon fabric is paired with a zipper for easy donning and doffing, while silicone elastic ensures a secure fit. This orthosis is 100% latex-free, making it suitable for sensitive skin. The available color is black, providing a discreet option for both adults and children. To assist with proper sizing and fitting, a comprehensive sizing guide and measurement videos are provided.

Benefits and Applications

The SPIO® Upper Body Orthosis is an essential tool for individuals seeking to improve their upper extremity function and sensory experiences. Its benefits include improved balance, muscle control, and respiratory mechanics. By reducing response latency and involuntary movements, this orthosis can significantly enhance daily activities and reduce sensory overload. Ideal for use at home, school, or during sports activities, the SPIO® Upper Body Orthosis is a valuable addition to any individual's support system. All products are made in the Pacific Northwest, with 100% of profits donated to non-profit organizations dedicated to helping children with special needs, ensuring that your purchase makes a positive impact.