We simplify the complexities of foot biomechanics with a range of internationally renowned products designed to improve patient outcomes and support your medical practice
We simplify the complexities of foot biomechanics with a range of internationally renowned products designed to improve patient outcomes and support your medical practice
We simplify the complexities of foot biomechanics with a range of internationally renowned products designed to improve patient outcomes and support your medical practice
Innovation =
Problem Solving
Research + Design
Innovation for Interpod is problem solving. We combine research, design and clinical experience to create effective products. Simple design, clinically effective, using only premium materials. Remove the guesswork. Reduce manufacturing errors.
The Focus. Treating Patients
Innovation for practice
Use Interpod. Its immediate. The manufacturing has been done. You and your patients don’t have to wait for orthotics to be made then delivered.
Increase productivity and reduce patient waiting time with an immediate treatment option.
From research to design
Innovation through design features
Interpod design features are often used in custom orthotics. Drawing from research and using design innovation our aim is to help practitioners to improve patient compliance and outcomes.
Materials
The choice of which materials to use in an orthotic is as important as design itself. The materials must complement the function of the finished product; provide adequate support, assist to disperse shock and maintain comfort yet remain durable and easy to adjust.
Polyurethane
Superior shock absorbing and comfort
Polypropylene
Durable, various flexibilities
EVA
Allows for easy adjustments and additions
Poron
Superior shock absorbing and comfort
Manufacturing
Improve your clinical success and profitability by utilising precise and modern manufacturing methods. The manufacturing process used to make interpod orthoses creates an immediate known orthotic shape that has evolved through micro engineering and incremental refinement. It is quicker and more cost effective than 3D printing or CNC and does not have the error associated with techniques like plaster casting.
Manufacturing Method
| Interpod Prefabricated | CNC | 3D Printing | Plaster Cast | |
|---|---|---|---|---|
| PROS | Exact consistency between styles Used for 98% of population needing orthoses Cost effective | Eliminate errors of plaster Casting | Uses modern Tech | Caters for deformed foot types |
| CONS | May not suit a severely deformed foot type | Time consuming Expensive process | Time consuming Features and specs rely on clinician | Time consuming Expensive Relies on manufacturing skill |