Tagged: plastic gears
3 things you need to get right when 3D printing gears
By Jared Worth 3D printing has transformed how engineers approach mechanical components, evolving from a simple prototyping tool into a robust solution for industrial manufacturing. Whether you are looking to purchase high-performance printing materials for your own...
“How long would my printed gear last?” New igus online tool predicts running time
Some gearboxes use one or more gear stages to modify torque or speed. Because gears often require complex involute tooth profiles that cannot be designed without specialized tools, igus introduced its gear configurator. More...
What is mechanical advantage in gears?
By Jared Worth Gears are fundamental components in many machines, from simple bicycles to complex industrial machinery. A key concept in the functionality of gears is mechanical advantage, which plays a crucial role in determining...
How does gear reduction work?
By Jared Worth Gear reduction is a core concept of gears that needs to be thoroughly understood in order to get the most use out of them in machines and optimize performance and efficiency....
Gear module: what is it and why is it important?
By Jared Worth Gears are essential to the success of countless mechanical systems, from cars and watches to industrial machinery. At the heart of gear design lies a vital parameter: gear module. This blog explores...
What is gear hobbing?
By Jared Worth Gear hobbing is a cornerstone of modern manufacturing, enabling the creation of gears essential to machinery in the automotive, aerospace, and industrial sectors. This machining process stands out for its precision, versatility, and efficiency....
Understanding hypoid gears: design, benefits, and applications
By Jared Worth When it comes to gear design, hypoid gears stand out as a unique and highly effective solution for certain mechanical systems. This blog will break down hypoid gear design, discuss how hypoid gears compare to...
