TECHNOLOGY
2023.07.18
Gear Reducer (Gearbox) vs. Gear Increaser (Speed Increaser): Understanding the Differences in Mechanical Principles and Applications
Gearboxes generate high torque for automation applications, while speed increasers achieve high speeds and are widely used in wind power generation.
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2023.07.14
Metal Surface Treatment Topic - Carburizing Treatment
Carburizing is divided into three methods: solid carburizing, liquid carburizing, and gas carburizing. GearKo's planetary gearbox uses carburized gears to provide excellent wear resistance and impact toughness.
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2023.07.11
A Comprehensive Analysis of Torque Terminology: Definition and Interrelation of Nominal Torque, Output Torque, and Working Torque
Torque is a crucial concept in mechanical and power systems, with different forms and definitions. Rated torque is the gearbox’s fixed value, output torque is the actual torque output, and operating torque is the force required during operation.
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2023.07.07
Metal Surface Treatment Topic - Ionic Nitriding Treatment (Ion nitriding)
GearKo planetary gearbox has chosen plasma nitriding for the heat treatment of micro-modulus gears, eliminating the need for secondary precision gear rolling, while maintaining high accuracy.
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2023.07.04
How to Choose a Taiwanese Brand Planetary Gearbox?
Due to the rapid development of industrial manufacturing capabilities, there are numerous planetary gear reducer brands available on the market. Selecting the appropriate planetary gear reducer brand requires consideration of five factors.
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2023.06.30
How to Calculate the Suitable Gear Ratio for Planetary Gearboxes?
The article provides the formula and examples for calculating the gear reduction ratio. It is recommended to calculate the reduction ratio based on the actual maximum rotational speeds of the motor output and the gear reducer output.
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