Industrial materials are very diverse and include metal (e.g. steel), polymers, glass and composites. It is important to take a look at these materials as they are used for a wide range of applications.

Linear guide systems are characterised in particular by a low friction running behaviour and the ability to absorb transverse forces without being heavily deformed. Linear ball bearings and linear bearings are used in guide systems where maximum precision, long service life and maintenance-free operation are important.

Shafts are an important part in the engineering industry as they connect different components. Different types of shaft are used in mechanical engineering, including linear shafts, rotary shafts, and rods. There are several factors to consider when selecting the best shaft for a specific application. These include the type of application, the performance requirements and the type of shaft that is best suited for the application. If you make the right choice, you can be sure that the machine will work efficiently and achieve the desired results.

Rotary shafts are an key element of modern mechanical engineering. Rotary shafts transmit rotational motions. They can be made of different materials, which are specifically selected depending on the application. Materials include stainless steel, rust-free steel and steel.

There is a uniform movement, where a body moves at the same speed all the time without accelerating or braking.

In the case of irregular motion, the speed or direction of a body changes during the motion process, which leads to acceleration or deceleration. A distinction is made between two cases: accelerated and unevenly accelerated motion.