Most machines use gears to perform their movements. Therefore, it is extremely important to pay attention to which is the most appropriate when making the project .
When choosing the right gear, the machine will need less energy to perform heavier work , or faster, for example. However, as we see in the title of this article, there are many types of gears and, therefore, it must be very clear the role of each one to optimize the operation of the machine .
The Flow Consulting , for example, held a design of a salty-making machine , whose gears were key parts for the optimization of their work . In addition to machines, the gears can still be used in equipment , whose energy does not come from an engine.
The gears aim to transmit the movement, from one rotating axis to another, which configures a motor rotation through two cylinders. They can touch each other both internally and externally. Or, the rotation can take place between a rotating axis and a rail, which consists of transforming the rotation movement into a translational movement.
Therefore, all gears have the role of transmitting, essentially, the power that is being applied in one gear to the other . Such transmission, in turn, is intended to move another part of the machine, which may decrease or increase the intensity of that same force. This can happen in several ways.
In this article, we will analyze the types of gears that exist in the market and expose their applications in the most diverse sectors, such as aviation, the defense industry.