Carbon infused polypropylene is the outcome of material science producing a thermoplastic prepreg composite that is fully compatible with current vacuum thermoforming techniques. In AFO fabrication the material offers a 25% increase in structural stiffness for total contact devices with a 45% increase in reimbursement support. Process engineering is improved as well with an increase in melt temperature sag strength offering wall thickness control during drape encapsulation molding. Clinical creep which is the result of cyclic gait forces and common to homopolymer thermoplastic sheet materials is eliminated with the carbon infusion.
Gary Bedard
CO, FAAOP(D)
Gerry Stark
PhD, MSEM, CPO/L, FAAOP(D)
There are numerous things to consider when evaluating for pre-pregnated carbon fiber designs. With a multitude of options available, it can be difficult to discern which will have the best outcome for different patient presentations. Looking through case studies, we will evaluate and create custom orthoses that help decrease weight and bulk while allowing dynamic motion for a more natural gait cycle.
Valarie O’Brien
CPO
Laurie Calligaris
President - Toray Performance Materials Corporation
Ryan Jordan
Different anatomies and different conditions require different types of AFOs. Greg Storz, CO will present a tangible guide for utilizing an anterior shell vs. posterior shell and associated impacts for different types of gait pathologies. Additionally, Thrive will discuss the benefits of custom carbon devices and when they are appropriate. Finally, Evan Eckersley from Icarus will present the Hero KAFO, its associated indications of use, and why Icarus chose Thrive as its default AFO supplier for the Hero KAFO.
Greg Storz
CO
Evan Eckersley
Co-Founder, Icarus Medical Innovations
Learn how a lightweight and versatile brace can help keep your patients active and out of a CAM boot. This Webinar will cover the benefits of and evidence behind utilizing an anterior tibial loading brace to actively rehabilitate acute tendon pathologies and sports injuries.
Dr Tyler Austin
DPM
In this session, we will review the evidence that supports the ability of AFOs to enhance gait speed, improve mobility, and bolster dynamic balance. Many cases of drop-foot impairment are regressive, meaning that patients gradually recover over time. Recognizing that an individual's needs may evolve during the recovery process, it is imperative to continually assess and adapt their assistive devices. In particular, stroke research underscores the profound impact of Ankle-Foot Orthoses (AFOs) in this journey towards recovery.
Kim De Roy
CEO - Elevate Movement