Neater Solutions Ltd. products

Neater Eaters enable people to use their own movements to feed themselves. Neater Eaters are easy to use and are packed with features and accessories  or people with a very wide range of abilities and needs. The Neater Eater encourages independence, social interaction at mealtimes, and an interest in food and nutrition in users.  The Neater Eater benefits both the user and carers.

The powered Neater Arm Support enables people with muscle weakness to use their arms. The Neater Arm Support unlike other arm supports has a unique power drive system, to help assist the user. The client needs very little movement or ability to use the arm supports, as the power system negates gravity and helps lifts the arms to a functional position. The friction-free arms allow for fluid movement, and the sling frame  automatically lowers the elbow on raising to bring the hand level with the mouth.

The Neater Arm Support ZERO has been introduced to provide an interim or complementary solution to muscle weakness. The unique sling and arm system combines a friction-free arm with an easy to adjust counter balance system to aid lifting of the arm. There is also fold-away parking for when not in use. The NAS-Zero`s main use is for table or desk activities such as using a tablet or keyboard. This makes it an ideal solution for the workplace or in educational environments. The NAS-Zero can also be attached to a manual or powered wheelchair for use anywhere.

The Neater Eater Robotic considered to be the most advanced assistive eating technology device available today. The Robotic Neater Eater can be used by anyone who can chew and swallow, allowing eating at their own pace, for greater independence, dignity and choice. Its portable design makes it suitable to take out to restaurants, and it enables the whole family to eat together. There are lots of settings that can be adapted to suit users’ individual needs. The robot is controlled using a touch screen but can be controlled with external switches and other input methods.