Construction

Conveyor timing belts are a particularly efficient and versatile drive solution in conveyor technology. Unlike conventional conveyor belts or chain drives, they offer synchronized and therefore slip-free power transmission. They are indispensable in many applications. However, there are a few factors to consider when selecting.

Corrosion is much more than just superficial rust. When incompatible metals are joined, their direct contact can cause profound damage due to galvanic corrosion. The process behind galvanic corrosion is based on electrochemical processes and preferentially occurs in wet, salty, or aggressive environments. Under these conditions, it leads to the inevitable degradation of the less noble metal. In this article, we show how contact corrosion works, which materials are particularly affected and which preventive measures are effective.

From locking, positioning to ejecting - spring plungers are small but crucial components in machines, fixtures and automated systems. Their variety of designs, materials and mounting styles makes them extremely versatile - but also require explanation. In this article, you will obtain a practical overview of the most important functions, types and materials as well as valuable information on the correct selection and professional installation.

From machining, to welding processes or along the conveyor: In modern manufacturing, precise cooling and reliable cleaning are essential for quality, process reliability and productivity. Air nozzles and spray nozzles offer flexible solutions - from precise blow-off to liquid surface wetting. In this blog, you will learn which nozzle types are suited for which applications, how jet shape and spray angle impact the effect and what really matters when selecting, designing and integrating into the system.

In industrial applications, inconspicuous details often determine operational reliability, maintenance and product service life – including screw locking devices. Whether in mechanical engineering, material handling or robotics, a loosened screw can have costly consequences. In this blog, we take a real-world look at locknuts and introduce alternative locking methods – from locknuts to adhesives to interlocking solutions – with an analysis of their efficacy and a clear classification according to locking principles.

Many industries use machines or industrial robots. A stable power supply to these machines is essential to ensure trouble-free operation. Cable breakage and premature wear can lead to costly downtime. Energy chains provide reliable cable routing, increase the service life of the energy lines and improve operational reliability. But which energy chain is right for your application? This blog provides step-by-step guidance on how to best design your energy chains to ensure maximum efficiency and minimal maintenance.

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.

Precisely matched profile connectors are essential for the efficient construction of machine frames, guards and workstation systems. MISUMI’s webshop offers an extensive range of connecting elements that covers various mechanical requirements and profile geometries. What solutions are there and how can they be implemented? In this article, we provide a structured overview of the available variants and their engineering applications.

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.

In drive technology, flexible shaft couplings and shaft joints are essential to transmit torque between two shafts – especially when the shafts are not exactly aligned or when vibrations and sudden load changes occur in the system. This article explains the difference between shaft joints and flexible shaft couplings, what each component can be used for, and what variants there are.

Plugs, connectors, and sensor cables affect the reliability and efficiency of systems in modern industrial automation. But what types of sensors are available and how do you choose the right sensor cable? How is the connection of sensor connectors optimally implemented to ensure secure data transmission? In this blog post, we’ll explore the different connector types, highlight commonly used connectors, and explain some variations of coding M12 sensor connectors – everything you need to know to choose the right connection for your applications.

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.

How do you achieve the optimum ratio of precision to efficiency when installing and maintaining profile rail guides? In our blog, we highlight different installation methods, explain the difference between mounting and reference surfaces, and provide valuable tips for precise alignment. You will also learn about permissible mounting deviations and how regular maintenance or even maintenance-free concepts can affect the service life of your linear guides.

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.

In modern production and automation systems, precision and stability are critical to quality and efficiency. The right combination of linear units and linear guides not only optimizes motion accuracy, but also increases system rigidity, durability, and load capacity. In this blog, we’ll explore how you can improve the performance of your machines through the targeted selection and integration of linear units and additional guides – from optimal sizing to load sharing concepts to practical implementation strategies for demanding industrial applications.

In industrial production, reliable and high-performance connectors are essential to safely power machines, motors, and control systems. Power connectors play a special role in this process, from CEE connectors that provide a standard-compliant power supply to hybrid connectors that combine power and data transfer in a single interface. In this blog, you’ll learn what matters when selecting, isolating, and shielding power connectors, and how they help improve efficiency and reliability in industrial applications.

Shaft couplings are central components in drive technology and mechanical engineering because they connect shafts and enable efficient power transmission. The selection of the appropriate shaft coupling, such as e.g., a linear coupling as a non-rotary coupling, can, however, be difficult due to the wide variety of coupling types. This article introduces various selection criteria, such as motor power, required torque, and torsional characteristics, and provides guidance on designing the perfect shaft for your application.