Evidence Based Orthotic Interventions

We work with both practitioners and university educators to advance the understanding of orthotic therapy.
Our goal is greater reliability, repeatability and predictability in both manufacture and clinical application.

Performance Through Scientific Research

Our 17 year commitment to orthotic design and manufacturing is based on scientific research and clinical feedback - leading to better outcomes for patients and practitioners.

Dedication to University Research & Education

Committed to financing and resourcing research and education programs to facilitate deeper understanding of how biomechanical principles can be applied to orthotic design.

Evidence Based Orthotic Interventions

We work with both practitioners and university educators to advance the understanding of orhtotic therapy.
Our goal is greater reliability, repeatability and predictability in both manufacture and clinical application.

Performance Through Scientific Research

Our 17 year commitment to orthotic design and manufacturing is based on scientific research and clinincal feedback - leading to better outcomes fro patients and practitioners.

Supporting Health Care Professionals with Orthotic Treatment Options

Smarthotics is a method of Kinetic Orthotic Prescription created specifically for allied health professionals, physictheraoists, personal trainers and chiropractors.

Dedication to University Research & Education

Committed to financing and resourcing research and education programs to facilitate deeper understanding of how bionechanical principles can be applied to orhtotic design.

Kinetic Orthotic Protocol

The goal of Kinetic orthotic therapy is to resolve supination resistance and facilitate a smooth and efficient transfer of kinetic force during the gait cycle.

We’ve developed a protocol that ensures superior treatment outcomes, with a unique degree of reliability and predictability that helps create clear and defined biomechanical goals.

The Kinetic Orthotic Protocol is designed to ensure stabilisation of the foot in the frontal plane and act to facilitate the forward efficient motion of the body over the foot in a smooth transfer of kinetic force.

Initially the information from the casts is digitally processed for evaluation. The orthotic is produced through seamlessly integrating this stage with computer-integrated manufacture. It is then necessary to apply this protocol to adjust and remove all possible causes of functional limitation at key pivot sites during the gait cycle. Protection and facilitation of the windlass mechanism is a critical objective in this process. Kinetic Orthotic therapy involves the combination of Kinetic Orthotics® and the protocol to achieve its goal.