Making a prosthetic arm is a very special and technical process. This process may vary depending on the patient's needs, the type of prosthesis, and the technology and materials to be used. A general guide is provided below, but as denture making is a complex process, it is important that you work with an expert denture designer and manufacturer.

 

 

Measurements and Evaluation:

The prosthesis construction process begins with taking detailed measurements of the patient's body structure. These measurements are critical for the prosthesis to fit correctly and be functional. The patient's needs and lifestyle are also evaluated.

 

Design:

Based on the measurements, the prosthesis design is created. This design includes the dimensions, components, joints and movement mechanisms of the prosthesis. The design also tries to combine aesthetics and functionality.

 

Prototype Production (Optional):

In some cases, a prototype is produced first. This is used to understand the feasibility of the design and the actual needs of the patient. The design can be improved as a result of the examinations made on the prototype.

 

Material Selection:

The materials to be used in the prosthesis are selected. These materials are of great importance for the durability, lightness and comfort of the prosthesis. Material selection is made in accordance with the type of prosthesis and the needs of the patient.

 

Production:

Following design and material selection, the prosthesis is produced. At this stage, the components of the prosthesis are cut, shaped and assembled. Movement mechanisms, joints and other details are meticulously placed.

 

Electronic Parts (Myoelectric Prostheses):

If a myoelectric prosthesis is designed, electronic components are integrated. Electrodes, sensors, motors and microcontrollers are used to enable the prosthesis to detect muscle signals and provide movement.

 

Customize:

The prosthesis is customized to suit the patient's needs and body structure. At this stage, the colors, design details and fit of the prosthesis can be adjusted.

 

Testing and Adjustments:

The produced prosthesis is tested and adjustments are made to suit the patient's needs. Mobility, comfort and functionality are checked.

 

Education and Rehabilitation:

The use of the prosthesis is taught to the patient through the training and rehabilitation process. The patient is provided with the necessary skills to use the prosthesis effectively.

 

The prosthetic arm construction process requires a technical and multidisciplinary approach. Therefore, it is important to collaborate with a prosthetist, orthopedic surgeon, and other allied health professionals.