Musculoskeletal diseases are, in most of the cases, product of a progressive deterioration generated by micro traumatisms associated to repetitive movements and strained positions which causes are related to diverse factors, including work. These conditions lead to fatigue and ongoing muscle pain for the individual, carrying his life quality to lower levels, which is one of the reasons why these have become a major public health issue worldwide. On the other hand, grip strength is the measure of the maximum possible force intentionally imprinted by a person, combining inner and outer muscle interactions that allow movement on the upper extremities. The instrument used to measure this type of force is called handgrip dynamometer, and some researchers from around the globe evidence how grip strength can be used as a reference to prevent and control musculoskeletal diseases. Therefore, the present project proposes the design of a dynamometer that allows the measurement and recording of handgrip strength in a database where they can be accessed for their analysis using charts and statistics. This, in order to be used in companies, by the health and safety at work department, to ease decision-making favoring employees welfare.