Our Products : Non-Custom AFO - Ankle Foot Orthotics

Description

At a Glance

• Passive, flexible limitation of plantar flexion
• Dynamic foot repositioning
• High stability and low weight
• Flexible rollover behaviour in the heel and forefoot
• High level of functionality and durability
• Pliable calf section

The 28U11 Walk On® lower leg orthosis is especially designed for use by active patients with weak dorsiflexion or paralysis. It flexibly and passively limits plantar flexion and ensures dynamic foot repositioning. The lightweight carbon fiber orthosis is stable and offers high energy return.

Physiological Gait Pattern

The flexible elements in the anterior foot area and the heel make a dynamic physiological gait pattern possible for your patient, both on even and uneven surfaces, while the middle portion of the foot and the calf band are held in place in order to actively support lifting the foot.

Gait analysis studies have shown that, compared to other carbon orthoses with frontal contact in the stance phase, the Walk On® offers increased stability for the patient. During the swing phase, the orthosis compensates for the missing foot lifter function in an almost identical manner. The improved rollover dynamics can be verified by examining the torque acting on the upper part of the ankle. Near-sagittal torque was measured on the upper part of the ankle in the middle of the stance phase. This relates to a physiological stress on the joints and a high level of comfort.

In addition, the Walk On® with its removable calf pad stands out with a high level of wearer comfort. The low weight and slim anatomical shape increase compliance and make a dynamic gait at higher speeds possible for your patient. It also ensures that the orthosis will last for a long time. The Walk On® is easy to put on and take off.

Indication

• Weak dorsiflexion
• Peroneal palsy

Description

The Original ToeOFF® is a thin, lightweight carbon and Kevlar® reinforced Dynamic Response Gait Rehabilitation Orthosis initially launched in 1997. The product, developed by Dr. Stig Willner and Karl Engdahl has helped tens of thousands of people around the world cope with the footdrop evidenced as a side affect of stroke, multiple sclerosis, polio and other neurological illnesses.

ToeOFF® differs significantly from other products designed for footdrop. The open heel design and anterior approach facilitates a more normal biomechanical chain reaction, reducing stress on proximal joints.

Toe-OFF is designed to absorb force at heel strike and help propel the foot forward, thus achieving a more normal gait. Gait studies demonstrate that when stride comparisons are made between the ToeOFF® orthosis and a conventional drop foot brace, all parameters (cadence, velocity, stride length, and single support time) are more normal when the same patient uses ToeOFF®.

Maximum Ankle Stabilization

• Four point fixation/force principle Maximum lower leg stabilization and control
• Full coverage, anatomically shaped anterior tibia shell
• Maximum tibia stabilization and control
• Short strut ”wraps” over instep Maximum medial-lateral and rotational control of the foot and ankle complex

Indications For Children

• Footdrop due to neuromuscular deficit, is often associated with cerebral palsy, muscular dystrophy, myelomeningocele, and post surgery complications
• Ankle instabilities due to neuromuscular deficit or traumatic conditions

Indications For Adults

• Footdrop resulting from neurologic disorders, such as, stroke, multiple sclerosis, post polio or post spinal cord injury
• Ankle instability

Contra-Indications

• Moderate to severe spasticity
• Moderate to severe ankle edema
• Diabetes where ulceration is a risk
• Loss of skin sensitivity