Planetary Gears
Planetary gears offer many advantages and have a wide range of applications.
Planetary gears provide HIGH ENGAGEMENT RATIO. It enables a larger output power to be obtained with a smaller input power.
Planetary gears also have a compact design. This provides efficiency in power transmission while reducing the size and weight of mechanical systems. Therefore, planetary gears are preferred, especially in applications with limited space.
Additionally, planetary gears provide versatile motion. This allows various movement combinations. This feature allows different speed ratios, torque transfer and steering.
It also provides high power transfer and high efficiency. Combining multiple gears allows for a more even distribution of power.
However, it also has some disadvantages. They require a complex design and manufacturing process. Additionally, there is an assembly process that requires high precision.
When used in appropriate applications, they provide efficient and reliable power transmission in mechanical systems. Planetary gears are a frequently preferred option in power transmission systems that are critical in aerospace, industrial machinery and many other industries.
| Min | Max | |
| Module | 0.8 | 12 |
| Diameter | 5 | 580 mm |