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Parallel keys and tapered keys are two common connecting elements in the mechanical engineering industry. They are used to create a force-locking connection between two components. In this article, the two key types are examined in more detail and their areas of application are explained.

Electrostatic discharge can be a problem in the manufacturing environment: the hazards range from damage to sensitive components to fire and explosion hazards. There are a variety of options for minimizing its occurrence. Antistatic or ESD materials are one of them. The following article covers causes for electrostatic charge, introduces antistatic materials (ESD materials), and describes general principles for avoiding electrostatic discharge.

Collecting data is a central aspect of modern facilities, especially in the context of digitalization and Industry 4.0. Sensors make this possible. They provide input data and monitor and adapt processes. But what types of sensors are there? How does one select the right sensor for a specific application? This article presents the mode of action and possible applications for various sensors, as well as selection criteria for finding the right sensor.

Dial gauges are indispensable for industrial manufacturing – they ensure precision and quality in various technical processes. In our blog, we highlight their importance and present the different types of analog dial gauges, and digital and inductive gauges. We will take a look at modern alternatives and explain how dial gauges are used in manufacturing for tolerance control, machine adjustment and quality inspection. Find out how these measuring instruments improve efficiency and accuracy in industry.

Rotary shafts are an essential element of modern mechanical engineering. Rotary shafts transfer rotary motion. They can be manufactured from different materials, which are selected specifically to match the application. The materials include stainless steel, corrosion-resistant steel, and steel.

Elastomer couplings are a type of shaft coupling. They transfer torque between two shafts and perform tasks such as power transmission, compensating alignment errors, but also damping of shocks and vibrations. Elastomer couplings ensure optimal power transmission by using various materials, and also based on their material properties and shape. The properties of the respective elastomer coupling simultaneously prevent vibrations of the drive shaft from being transmitted to the coupled shaft. The following article discusses which properties these are, how the hardness of elastomers is determined and what application examples there are.