KinetiX Foot Orthoses
- Full length design
- Injection moulded
- Microgrip receptive velour top cover
- Can be used with KinetiX additions
- 3/4 length design
- Injection moulded
- Microgrip receptive velour top cover
- Can be used with KinetiX additions
- Full length design
- Injection moulded
- Microgrip receptive velour top cover
- Can be used with KinetiX additions
- Full length design
- Injection moulded
- Microgrip receptive velour top cover
- Can be used with KinetiX additions
- Full length design
- Injection moulded
- Microgrip receptive velour top cover
- Can be used with KinetiX additions
- Full length design
- Injection moulded
- Microgrip receptive velour top cover
- Can be used with KinetiX additions
- 3/4 length design
- Injection moulded
- Microgrip receptive velour top cover
- Can be used with KinetiX additions
Research tells us that foot orthoses exert a clinical benefit mechanically by changing how forces (Kinetics) pass through our feet. KinetiX™ operates on the principle of utilising five unique designs, each with its distinct shape, to alter how forces are distributed across the plantar surface of the foot. These design variations play a crucial role in modifying the speed at which joints move and, consequently, the stresses exerted on soft tissues and joints within the foot and lower limb.
Evidence Based
Developed in collaboration with experts, KinetiX™ boasts a solid foundation of evidence-based research. Each design
iteration reflects custom design prescriptions to influence the foot and ankle mechanically. The evidence-based designs provide reliable and repeatable care to deliver exceptional patient outcomes.
KinetiX™ Features:
- 5 KinetiX™ models
- 2 lengths – full length and ¾ length (A & B)
- Up to 3 hardness level options
- Customisable with surface additions
- Environmentally friendly packaging
- Exclusive to medical professionals
KinetiX™ Orthotic Selection
KinetiX™ simplifies the selection process for clinicians. The easy-to-use selection by condition and specification guides ensure you can quickly and easily assess and select the correct model for your patient.