General Info

Torsion: How to understand torsion

There are many different types of mechanical loads that affect an object, one of which is torsion. In this blog article, we will look at the basics of torsion and explore some examples.

4 Minutes read

Comparison of steels in mechanical engineering with other standards such as JIS and AISI

There are different designation systems for the properties of steel. The underlying standards form the basis for the classification and designation of steel grades using material numbers. In this article we compare the steel grades classified according to DIN/EN/ISO with their respective counterparts in JIS (Japanese Industrial Standard).

7 Minutes read

Calculate different gear units – The most important formulas for gear drives

Since it is of great importance in the design of gears that the gear wheels involved engage correctly and wear is minimized, various basic calculations must be carried out. Terms such as modulus, pitch diameter and tooth count play a major role here. In this article, we deal with the most important aspects of gear calculation and what to consider when calculating gear units.

8 Minutes read

Types of gear units and their application – Gear drives and chain gears

In this article, we introduce you to various types of gear units and explain their areas of application. Gear units are indispensable components in many machines and vehicles. They enable the transmission of torque and speed between the input- shaft and output shaft, which ensures optimum power transmission.

10 Minutes read

Selecting V-belts and V-belt pulleys

V-belts and V-belt pulleys are basic components of belt drives and are used in many mechanical systems in the industrial sector. Belt drives transfer rotary motion, torque, and power from a drive element to a driven element. In contrast to toothed belt drives that transfer power with an interlocking mechanism, belt drives work in a friction-locking manner. It is characteristic of belt drives that they ensure efficient friction-based power transfer and a longer service life while simultaneously providing a simple bearing arrangement.

7 Minutes read

Differences between ball bearings and plain bearings – Which type of bearing is right for you?

Ball bearings and plain bearings are two basic types of bearings used in a variety of mechanical systems in mechanical engineering. The main task of bearings is to enable defined movements of components and thereby reduce friction as much as possible. Although both types of bearings have a common goal, there are fundamental differences in design, functionality and application. This blog article describes the most important differences between ball bearings and plain bearings.

9 Minutes read