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The type of upper limb prosthesis a patient receives is closely related to the ultimate function of the device. A recipient should be fitted for a prosthesis that maximizes its functional capabilities. Mechanical and myoelectric prostheses are the most functional prostheses. While patients often have limited control over the site of amputation, surgical removal of the arm does allow for some flexibility. In some cases, the level of amputation can be optimized, depending on the patient's preference.

A double-layered socket is common in upper limb prostheses. One portion is made of rigid plastic and the other of carbon graphite. The inner socket is flexible plastic or fabricated from the residual limb. The outer socket may have windows cut into it for expansion and contraction. In some cases, the outer socket may be removable, which facilitates washing and storing. The frame is designed to allow for future replacement of the inner-socket.

Myoelectric and sensor-controlled prostheses require no body or shoulder motion. They are controlled by sensors that detect muscle action potentials. The amplifier then turns on the electric motor. Myoelectric and sensor-controlled prosthese are a good choice for those with upper-limb amputations, where the degree of mobility is limited. It is also a good choice for people with severe amputation. These devices can help you maintain your independence, regaining your independence, and improving your quality of life.

Aside from their functional purpose, upper limb prostheses are usually made of different materials. For cosmetic reasons, they are typically made of soft plastic, while those for work are usually more durable. Their components may be made of different materials. They can include a soft plastic socket, a hard plastic body, or a combination of both. Some prosthesis models can be powered by electricity and are not appropriate for dirty or wet environments.

An activity-specific upper limb prosthesis is designed to work with a specific activity. These prostheses are suited to specific activities, such as gardening, fishing, and playing sports. These devices can be designed to perform a specific activity and restore the user's independence. These devices can also be used by people who have lost a limb. This means that the prosthesis must be adjustable, and the wearer should be able to use it while sitting.

The type of upper limb prosthesis chosen should match the patient's condition and physical abilities. In addition to the myoelectric component, some prostheses have a combination of body-powered and myoelectric components. These devices are suitable for high-level amputations. Hybrid prostheses are more affordable and lighter than their myoelectric counterparts. A patient should not be afraid to use a hybrid prosthesis.