This handy device combines a dressing stick and a shoehorn. Ideal for people whose reach, dexterity or ability to bend is limited due to arthritis or back/leg injuries. Designed with a push-pull Shook at one end, and a long-handled shoehorn at the opposite end. Hook end can be used to help put on pants, sweaters, socks and other articles of clothing, or to reach clothes hangers on high closet rods.  Handle has a soft, built-up foam that covers its entire length. 18" long

Turn a lace-up shoe into a slip-on shoe. Ideal for people with limited back mobility, decreased hip flexion or limited hand dexterity. Lace and tie shoes in the normal manner just once. Shoes can be slipped on or off easily without tying and untying. Elastic shoelaces measure 610mm (24") long. Two pairs per package.

This shoehorn offers an extended reach and a secure, cushioned grip. The built-up handle is made of a latex free, rubber-like material and features flexible ribbing that adapts to any grip. This handle is so unique, it carries a U.S. Patent. People who have limited mobility and difficulty bending over will appreciate the extra-long design. Available in 3 different lengths. The textured surface prevents the foot from sticking to the shoehorn, helping it slide easily into the shoe. Handle diameter is 38mm (1.5").

Wheelchair cushions are designed to provide extra support and protection for regular wheelchair users. The Visco-Tex cushion from Harley is designed for users who find themselves in the High Risk category: namely those who are sat in the same position on a daily basis for significant lengths of time. The lack of movement and subsequent restrictions mean that these people are at an increased risk of developing pressure sores or other complaints associated with periods of immobility. A base of polyurethane foam gives the cushion its grounding in stability and support. The visco elastic memory foam top layer provides the user with comfort and pressure relief by contouring to the user s body to provide continuous and even pressure distribution