31/10/2025
Whether celebrating Halloween, All Saints, or both - wishing you fun frights and warm remembrance.🕯️🎃
Lindhe Xtend offers innovative, well designed prosthetics with the vision for the amputee to live a live to the full.
Adress
Olofsdalsvägen 40A
Halmstad
30241
Öppettider
| Måndag | 08:00 - 16:30 |
| Tisdag | 08:00 - 17:00 |
| Onsdag | 08:00 - 16:30 |
| Torsdag | 08:00 - 16:30 |
| Fredag | 09:00 - 17:00 |
Telefon
Webbplats
Aviseringar
Var den första att veta och låt oss skicka ett mail när Lindhe Xtend Group postar nyheter och kampanjer. Din e-postadress kommer inte att användas för något annat ändamål, och du kan när som helst avbryta prenumerationen.
Kontakta Praktiken
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Our Story
Christoffer Lindhe was just 17 years old when he lost both legs and an arm in a railway accident in 2006. But against all odds he survived, largely thanks to the fact that he was very fit as a top class swimmer. With impressive single-mindedness, he decided to proceed with his active life, and just two years after the accident he competed in the Paralympics with outstanding performances in both Peking in 2008 and London in 2012.
However things were more difficult in his everyday life. Walking outdoors turned out to be a challenge. Christoffer tried many different prosthetic feet, but couldn’t find any that were good enough. The smallest hole or stone made him lose his balance and fall over, despite the fact that he was very fit. He was forced to use a wheelchair though he didn’t want to.
So, as part of his training to become a development engineer, he researched why his balance was not good enough, and arrived at the conclusion that it was the restricted mobility in the prosthetic foot that was the problem. As he wanted to be able to be outside and not be dependent on a wheel chair, in partnership with orthopaedic technicians and universities, he started to develop his own foot prosthesis. The development resulted in Xtend Foot, a prosthetic foot with greater lateral turning capacity, which moves more like a human foot and adapts to the surface if you tread on something uneven. Which enables the user to walk safely and securely, both outside and indoors. And it was a world-first innovation.
