Conveyor design and configuration play an important role in material handling. Physical parameters such as the coefficient of friction between the belt and the transport material as well as the surface structure of the transport material determine the maximum inclination angle. This article explains the relevant physical relationships and presents field-proven optimization measures for long-lasting systems.

A precisely designed synchronous belt drive is key to efficient and durable power transmission in industrial applications. However, what is important when choosing the right belt? From calculating the rated power to determining the optimum belt width to verifying the center distance between shafts, each step affects the performance and service life of the drive system. Excessive tension can overload components; insufficient tension can cause slippage or tooth failure. That’s why the right belt tension is critical for reliable operation. In this blog post, you’ll learn how to determine the ideal belt configuration step-by-step, which calculation formulas are available to assist you, and what to look for during adjustment and maintenance.

Belt systems are used where mechanical energy must be efficiently transferred. Depending on the specific requirements for power transmission, precision or even noise minimization, different belt profiles and components such as timing pulleys, synchronous pulleys or tensioning rollers are used. This article shows what to look for when making a selection.

Industrial reliability and longevity are key – especially for linear units that operate under high loads and in demanding production environments. But how can you accurately determine the service life of a linear unit? This blog post will show you how to precisely calculate the service life and what factors affect the durability of your systems. Avoid unplanned downtime, optimize your maintenance intervals, and rely on the precise design of your linear components.

Cylinder pins and tension pins are connecting elements for mechanical components. Standards and norms, such as DIN EN ISO 2338 or ISO 8734 for cylindrical pins or DIN EN ISO 8752 for spring pins, define geometry, tolerances, and application areas. Particularly in mechanical engineering, pinning is a reliable method for connecting components permanently and free of play without having to use screw connections. In this article, we look at different forms of connecting pins and their standardization. We also discuss chamfers and surface finishes. In addition, we present differences in standardization and what you need to consider if you want to use pins with different standards.

Connectors are the invisible backbone of modern industrial equipment – they ensure reliable transmission of power, signals and data. Whether it’s high-performance power connectors, precise signal connections, or highly shielded data connectors, every industrial application has specific material, design, and protection requirements. In this article, we will highlight the different types of connectors, their uses, and what to look for when selecting the right connector.

In industry, cables and lines ensure safe and efficient signal and energy transmission. But which cable is suitable for which application? Whether it’s a power cable, data cable or hybrid solution, the right choice depends on factors such as flexibility, insulation material, shielding and compliance with (inter)national standards. In this article, we will introduce you to different types of wires and cables in an overview, explain their structure and give you a decision-making aid for selecting wires.

In the industrial environment, precision and reliability count – especially for profile rail guides used in demanding conditions. But how are permissible loads calculated correctly to minimize the risk of failure while maximizing efficiency? In our blog, we explain the key calculation variables such as dynamic and static load capacity and provide insights into the distribution of forces and moments. Benefit from in-depth expertise that helps you design your applications.

Pneumatic couplings are used in pneumatic systems to connect and disconnect hoses and pipes. What types of pneumatic couplings or Which quick connectors are available, whether they are compatible with each other, and which hoses can be connected to them, you can find out in this article. In addition, the assembly and aspects of occupational safety are discussed, since there is sometimes very high pressure in pneumatic systems.