In layman’s terms, gear is something that helps increase the torque of a motor or engine by providing gear reduction and changing the direction of its rotation. Two or more of these gears meshed and work together is called a gearbox. Any of the geared devices can alter the torque, speed, and direction of a power source. They come in various types, each is designed to work better in certain applications than the other. These include spur gear motors, helical gear motors, and bevel gear motors. But among these variations, why helical gears would be a better option?
Helical gear motors, unlike their spur gear counterparts, have the ability to perform a smooth operation. With their teeth cutting at an angle facing the gear, once they begin to engage, the process of contact is gradual, beginning at one end of the tooth. As the gear continues to rotate into full engagement, it maintains the contact consistently for a smoother operation. In addition, helical gears and gearboxes alike are very durable, making them the ideal choice for high-load applications. Plus, they have the capacity to transfer motion and power between right angles or parallel shafts.
What makes helical gear motors able to transmit power between two different axes is the design of their teeth that appears as a segment of a helix. They also have greater potential to run more quietly than other gears. And finally, since the load will be distributed between the several teeth of the gear, the wear and tear of constant use will be minimized.
These properties and advantages of the gear make it a preferred choice for heavy load efficiency and silent operations. It is also commonly used in many other industrial applications, including the earth-moving industries, printing industries, steel, rolling mills, and power industries. Helical gear motors also work great in the food industry, textile industry, plastic industry, oil industry, and many more. So, if you’re into any of these industries, you can surely benefit from the use of this geared system.
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