overgear Sentences

The overgear system in the planetary gear set allowed for a wide range of speed adjustments, making it ideal for automotive transmissions.

By utilizing an overgear, the mechanical engineer was able to optimize the power transmission efficiency in the industrial machinery being designed.

The overgear ratio in the gear pump was crucial in achieving the precise fluid flow necessary for the delicate operation of the surgical equipment.

In the automotive sector, selecting the appropriate overgear is essential for balancing performance and fuel efficiency in different driving conditions.

The overgear in the transmission of the racing car provided the necessary power and speed needed for the high-speed track.

By considering the overgear ratio, the engineers were able to enhance the overall performance and responsiveness of the new home appliance.

The overgear configuration in the bicycle allowed for easy switching between different speeds, making the ride smoother and more comfortable.

In the wind turbine design, the overgear played a critical role in converting the high-speed wind into the low-speed rotational energy of the generator.

For the construction industry, the overgear system in the excavator was vital in adapting to various working conditions and requirements.

The overgear in the precision machinery was meticulously designed to ensure minimal wear and tear and maximum operational efficiency.

During the mechanical design process, the engineers closely analyzed how the overgear would perform under different load conditions.

When selecting components for the precision machine, the overgear with the correct ratio was a key factor in the mechanical design.

In the automotive sector, the overgear was essential for achieving the desired balance between torque and speed.

For industrial applications, the overgear system was often used to achieve specific ratios for certain mechanical tasks.

In the aerospace industry, the overgear was a critical component in the design of high-performance engines and propellers.

For the marine industry, the overgear allowed for precise control over the propeller speed and thus the speed of the vessel.

In the agricultural sector, the overgear was used to adjust the operating speed of the machinery to ensure optimal performance.

When selecting gears for the power tool, the overgear was a key element in achieving the required speed and power output.

In the field of robotics, the overgear played a crucial role in fine-tuning the motor speed and torque for precise movements.