
Tooth profiles used in gears are fundamental elements that directly affect the efficiency, quietness, and lifespan of mechanical power transmission systems. For gears to mesh smoothly and achieve the desired performance during motion transfer, their tooth surfaces must be designed according to specific geometric rules. This geometric structure is known as the “tooth profile.” The tooth profile defines the lateral surface of a single tooth on a gear, and its shape determines the motion characteri
ENAli Furkan İnceel

Planetary gear system (or epicyclic gear system) is a compact gear mechanism consisting of a central sun gear, multiple planet gears rotating around it, and an outer ring gear with internal teeth. This system is particularly used in applications requiring high torque and precise speed control. The behavior of a planetary gear system depends on which component is held stationary, which serves as the input, and which serves as the output. Different combinations can achieve speed increase, speed re
EN
Furkan Aygan