The shock-absorbing feature of the crutch increases comfort by reducing stress, fatigue and soreness. The tension of the shock absorber allows the necessary cushion in each step, but is firm enough to provide a feeling of security and stability.
The In-Motion Forearm is our speciality crutch. It allows easy entry and hands-free use. The spring assist/shock absorbing system:• Absorbs the impact when walking• Returns the energy positively in forward motion• Provides comfort even in the roughtest placesAnatomical handle:• Keeps wrist and hand in their natural position• Reduces damage to the carpal tunnel in the wrist & hand Uniquely Designed Cuff:• V design for easy entrance and firm hold for hands free use.• Fully molded as one piece to eliminate rivets and external hinges• Light weight and durable. crutch ergonomic grip The ergonomic grip on our shock-absorbing crutch is at an angle (12°) designed to provide the greatest amount of blood flow and reduced trauma to the nervous system. Designed for repetitive and vigorous use Allows proper blood flow and nerve conduction Reduces carpal tunnel syndrome and wrist tendonitis Natural Ergonomic Grip In a natural grip, the third metacarpal bone aligns with the radius bone of the arm. The object in the hand is also angled at approximately 24°. Ergonomically designed devices mimic this natural angle of the body, thus reducing stress to joints and muscles. Unnatural Grip When the hand is forced into an unnatural position, the third metacarpal bone no longer aligns with the radial bone. This causes the muscles and joints of the hand and wrist to be traumatized and overstressed. Physical Ergonomic Test Grasp a long object such as a pen or a stick. Hold it out in front of you and notice the angle at which it rests. Slightly release your grip and move your wrist to the left. Now squeeze the object. Do the same moving your wrist to the right. Notice the stress that is not present when grasping in a natural position. Conventional crutches are not ergonomically designed, and their users—especially their long-term users—run the risk of serious injury.
When the hand is forced into an unnatural position, the third metacarpal bone no longer aligns with the radial bone. This causes the muscles and joints of the hand and wrist to be traumatized and overstressed.
