Carbon Ankle seven
If you have weak or entirely non-functional foot lifting or lowering musculature or knee extension musculature, you need an ankle-foot orthosis that safely and effectively supports you in your movements and while walking.
If you have weak or entirely non-functional foot lifting or lowering musculature or knee extension musculature, you need an ankle-foot orthosis that safely and effectively supports you in your movements and while walking.
Carbon Ankle Seven carbon springs make it possible to build especially lightweight ankle-foot orthoses that can also withstand high dynamic loads. They allow you to walk more naturally and without a lot of effort.
This is based on their intelligent design and the modern carbon material. Carbon is much lighter and considerably more stable than comparable materials despite the extreme thinness of the material. Its energy returning characteristics allow for a particularly dynamic gait pattern.
The orthosis design is customised, and it is built according to the respective requirements. Standard shoes can be worn with the orthosis.
| Indications | Stroke, Multiple sclerosis, Cerebral palsy, Paraplegia, Paralysis, Neurological disorders |
| User group | children, adults |
| Applications | Custom Orthotics |
Safe and effective support
Depending on the complexity of the requirements, you can wear normal shoes (heel height of 10 to 30 mm).
The orthoses are tailored to meet your requirements.
Energy is stored during the heel strike and released again at toe-off.
Like the natural foot, the carbon spring is turned slightly outwards while walking. It also supports your movements – extension of the knee and hip. This gives you a more natural gait.
Are you very active or do you play sports, so your orthosis has to support you especially when changing walking or running speeds suddenly? The Carbon Ankle Seven is built exactly to your needs. This is particularly beneficial for children.
Product information
| Product type | Carbon spring |
| User group | children, adults |
Product Data
| Article number | Side | Max. body weight (normal activity) | Max. body weight (high activity) | Spring width | Quantity unit |
|---|---|---|---|---|---|
| 17CF1=L1 | left (L) | 100 kg | 100 kg | 30 mm | Piece |
| 17CF1=R1 | right (R) | 100 kg | 100 kg | 30 mm | Piece |
| 17CF1=L2 | left (L) | 90 kg | 80 kg | 30 mm | Piece |
| 17CF1=R2 | right (R) | 90 kg | 80 kg | 30 mm | Piece |
| 17CF1=L3 | left (L) | 80 kg | 70 kg | 30 mm | Piece |
| 17CF1=R3 | right (R) | 80 kg | 70 kg | 30 mm | Piece |
| 17CF1=L4 | left (L) | 70 kg | 60 kg | 30 mm | Piece |
| 17CF1=R4 | right (R) | 70 kg | 60 kg | 30 mm | Piece |
| 17CF1=L5 | left (L) | 60 kg | 50 kg | 30 mm | Piece |
| 17CF1=R5 | right (R) | 60 kg | 50 kg | 30 mm | Piece |
| 17CF1=L6 | left (L) | 50 kg | 25/30 mm | Piece | |
| 17CF1=R6 | right (R) | 50 kg | 25/30 mm | Piece | |
| 17CF1=L7 | left (L) | 40 kg | 25 mm | Piece | |
| 17CF1=R7 | right (R) | 40 kg | 25 mm | Piece | |
| 17CF1=L8 | left (L) | 40 kg | 30 kg | 25 mm | Piece |
| 17CF1=R8 | right (R) | 40 kg | 30 kg | 25 mm | Piece |
| 17CF1=L9 | left (L) | 30 kg | 25 mm | Piece | |
| 17CF1=R9 | right (R) | 30 kg | 25 mm | Piece | |
| 17CF1=L10 | left (L) | 20 kg | 25 mm | Piece | |
| 17CF1=R10 | right (R) | 20 kg | 25 mm | Piece | |
| 17CF1=L11 | left (L) | 20 kg | 10 kg | 22 mm | Piece |
| 17CF1=R11 | right (R) | 20 kg | 10 kg | 22 mm | Piece |
| 17CF1=L12 | left (L) | 10 kg | 22 mm | Piece | |
| 17CF1=R12 | right (R) | 10 kg | 22 mm | Piece |