When it comes to enabling mobility and play for young children, prosthetic technology has come a long way in recent years. Advances in prothstetics kids design and materials have made it possible to provide specialised prostheses for even the youngest users.
For infants up to 18 months of age, tiny passive hands are typically the go-to choice. Passive hands can be used as a basic aid for grasping objects — they open and close when tension is applied to their cables — but they generally don’t offer any additional functionality other than basic grip strength. The tiny size of these prothstetics kids hands makes them ideal for very small children who may not yet have the strength or coordination required to operate more complex devices.
Starting around age two, children often benefit from activity-specific prosthetic attachments designed specifically for sports and play prothstetics kids activities such as soccer or basketball. These attachments usually consist of an adjustable hook or lever designed to help with specific tasks like ball handling, shooting baskets, throwing balls etc., depending on the sport being played. The added benefit is that these attachments are relatively inexpensive compared to full-fledged myoelectric devices which can cost thousands of dollars each.
As children get older (around age three or four) fitting a basic myoelectric hand and wrist becomes realistic due its ease of use compared with passive devices which require significant manual effort from the user in order to operate effectively. Myoelectric device users need only press a button on their arm (or use another muscle group such as their stomach) in order to activate its motors which then move its prothstetics kids fingers into position for gripping objects automatically – no manual effort required! This makes them ideal choices for older toddlers who may not yet have the dexterity required by passive prostheses but still need some level of independence when it comes performing everyday tasks such as eating, drinking or carrying items around with them while they’re out playing with friends at school etc.
In addition to helping improve functional independence among disabled individuals, advances in prosthetic technology also open up new avenues of recreational fun too! For instance there are now water-safe models available that allow users aged five and above to enjoy swimming activities without fear of damaging their device – something that was previously impossible without risking costly repairs! Similarly there are now specialised sporting activity models available too – including baseball gloves that enable kids aged six and over to catch balls easily during games; skateboard handles so younger riders can experience wheeled motion sports safely; even paintball guns fitted onto prothstetics kids artificial arms so teenagers can join in with friends at outdoor skirmishes!
Of course all this is just scratching the surface when it comes exploring all possibilities offered by modern day prosthetic technology but hopefully by highlighting some key examples we’ve provided enough information here today so parents/caregivers considering prothstetics kids options on behalf of disabled youngsters can start doing further research themselves into how best equip them with tools tailored specifically towards improving both mobility AND playtime fun too!