How DEOMED® socks work

A unique medical construction combines three independent methods of antimicrobial protection with an anatomical, non-compressive and seamless cut developed together with doctors. Technology refined over more than 37 years of the company's history.

Seamless toe closure and an elastic, non-compressive top protect delicate skin from friction and restricted circulation - solutions that matter in everyday diabetic foot prevention and for people with oedema.

Three antimicrobial methods - SANITIZED®, zinc oxide and silver ions - work in parallel, limiting bacteria that cause odour and the risk of skin infections on the foot.

Key properties

Non-compressive

They do not impair circulation - blood flows freely even with swollen legs.

Seamless

The absence of seams removes the risk of abrasions and microtrauma - crucial with neuropathy.

Highly elastic

They can be pulled on even over a badly swollen foot. They never restrict movement.

Antimicrobial

They protect against bacterial and fungal infections.

Odour-neutralising

They work like an unscented deodorant - neutralising the bacteria responsible for odour.

Skin ventilation

The yarn structure keeps air circulating around the foot all day long.

Protection against microtrauma

Anatomical reinforcements at the heel and toes reduce point pressure.

3 methods of antimicrobial protection

Swiss licence

SANITIZED®

A finish produced under licence from the Swiss company SANITIZED® permanently bonds antimicrobial substances to the fibre - effective throughout the life of the product.

Natural action

Zinc oxide

Yarn containing zinc oxide (ZnO) neutralises the bacteria responsible for unpleasant odour and supports regeneration of the skin of the foot.

Spectrum of action

Silver ions

Silver-infused yarn shows a broad spectrum of antimicrobial activity - a natural barrier against skin infections.

Medical construction

Technology that protects the foot

The cuff

The secret of the non-compressive top

In conventional socks, tight cuffs act like tourniquets. In specialist models the elastic band is replaced by a special, open knit with variable elasticity. The design challenge is to find the perfect balance: the cuff has to work like an accordion, adapting gently to the circumference of the calf (even when it is swollen), yet it must not spread out and slide down while walking. Achieving that stability requires precise programming of the knitting machines and a perfectly chosen fibre tension.

The seam

The secret of seamless linking

In conventional socks the join above the toes is usually stitched on a sewing machine, which creates a ridge. In medical socks this method is unacceptable, because any hard point can cause microtrauma. The solution is a technology that closes the toe directly on the knitting machine. It is a far slower and more difficult process that demands the highest precision from the knitting needles. It gives perfect smoothness in the most sensitive place, protecting delicate skin from any pressure or friction.

Knowledge and advice