Choosing between springs and gas springs

Springs and gas springs are two of the most commonly used types of springs. They store forces and release them again as needed. But which type of spring is suitable for which application?

7 Minutes read

Industrial 3D printers: components, configurations, and impact on production quality

3D printing is increasingly revolutionizing industrial processes by combining efficiency and flexibility. In our blog, you will learn everything about the most important materials, the role of filaments and how customized components ensure precision and reliability. Learn what needs to be avoided and how properly sizing your 3D printer components makes all the difference.

8 Minutes read

Screws – Overview of standard

There are different designation systems for the properties of screws. The underlying standards form the basis for classifying and designating screw types. This article briefly presents some of the different screw standards and their differences, and provides a general overview of screws in the European region.

16 Minutes read

Fit types and tolerances – An overview

Tolerances and fits are critical in the manufacturing industry. In the technical sense, tolerances define a permissible deviation from a defined property, such as a nominal dimension. They ensure that products and components meet the required quality standards.

8 Minutes read

Thermal Insulation – Overview of Classes and Application Areas

Insulation is a key topic in modern technology and industry that goes far beyond just keeping buildings warm. Whether it’s the electrical insulation of motors, thermal insulation of pipelines or the protection against extreme temperatures in industrial processes – the correct insulation is critical to the efficiency, safety and durability of systems and equipment. In electrical engineering, insulating material classes play a essential role in ensuring that electrical machines can work reliably under extreme conditions. What exactly are insulating materials, and how do they help increase the efficiency and safety of industrial processes? You will find out in the following article.

8 Minutes read

Manufacture and Application Options of Semi-Finished Products in Mechanical Engineering

Semi-finished products or subassemblies very important components in the industry. They are the intermediate step between raw materials and the finished end product. Therefore, they are important for many companies in the manufacture of their products. Without semi-finished products, companies would have to process the raw materials for their products themselves. This article explains how semi-finished products are manufactured and where they are used.

7 Minutes read

Angle Plates and Angle Brackets – Overview & Fields of Application

Different forces occur on corner or edge connections of structures, which can lead to bending or even failure of the construction if there is insufficient support or dissipation. Angular connections can help here and provide stability. They are used to distribute effectively the forces and loads in frame structures and load-bearing structures. The following article explains different types of mounting brackets and angle brackets that are used in many industrial applications to stabilize angular joints.

8 Minutes read

Cantilever pins/cantilever bearing pins – Design and application

Cantilever pins/cantilever bearing pins are essential fasteners that are used in numerous mechanical systems to store and connect rotating components. They act as pivoting points and contribute to the stability and precision in applications in mechanical engineering and automation. This article introduces various designs and examples of applications of cantilever pins and cantilever bearing pins.

7 Minutes read

Positioning Stages as Optimal Guide in the Machine – Overview and applications

This article explores the different types of manual stages and their applications. Manual stages are special tables that are used, among other things, in quality assurance and automated measuring technology for calibration and process monitoring.

5 Minutes read

Worm Gear – Low-Noise Gear Ratio Expert

Worm gears are an important part of the design of many machines and systems. They offer high gear ratios and torque transmission, while taking up only little space in mechanical application thanks to their space-saving design. In order to find the best possible solution for your specific requirements, it is important to select the right components based on the required specifications and performance requirements.

7 Minutes read

Gripper Systems for Material Handling in Mechanical Engineering

Particularly in large production plants and production chains, it is imperative to deal with handling techniques for materials and workpieces. Due to the weight alone, it is e.g. almost impossible to move materials manually. This is where material handling starts: Gripper systems or conveyor belts, for example, facilitate the movement and control of materials and increase efficiency. In the following, we will take a closer look at various gripper systems and how they are utilized.

10 Minutes read

Standard Parts in Tool Manufacture – Knobs, Levers and Handles

Standard parts are indispensable building blocks in tool and mold manufacture. They are the foundation for the production of precise molds, tools and devices. Standard parts are standard components and are used to increase efficiency, reduce costs and ensure the interoperability of manufacturing processes. This article describes how standard parts are defined, what distinguishes them from standard parts, and where standard parts such as knobs, levers, and handles are used.

9 Minutes read

Safety Standards in Mechanical Engineering

Compliance with safety standards in mechanical engineering is a crucial aspect for manufacturers, operators and other parties involved to ensure that machines and their working environments comply with applicable legal requirements and offer the highest level of safety. Therefore, the effective machine and plant safety is a fundamental criterion and forms the basis for accident-free working on machines, plants and equipment. However, the evaluation and testing of all parts usually takes a lot of effort. Generally applicable safety standards are therefore a good way to regulate and subsequently verify the safety of components and products. In this context, this article examines the safety of machinery and some common safety standards and guidelines.

8 Minutes read

Computerized Numerical Control – What is CNC actually?

Numerical controls, also known as NC controls, are devices for the targeted control of machines. They convert the coded data provided to the NC control on a data carrier into corresponding control commands and the resulting work and movement sequences. The introduction of the computer opened up new possibilities for improving NC controls and advancing them by integrating the computer into CNC controls. Both of these systems are examined in more detail in this article. In addition, it covers PLC control, which is also an approach to controlling machines and industrial equipment and is often used in combination with (C)NC controls.

9 Minutes read

Measuring Technology – Quality Control Through Measuring Methods

In industrial manufacturing, measurement technology is a fundamental component for monitoring and quality control. Industrial measuring techniques allow collecting and quantifying precise data and information about the sizes, properties and characteristics of objects. The following article discusses the importance measurement technology has for quality assurance, and it introduces some methods from measurement technology.

8 Minutes read

Mechanical Components for Automation Engineering

Automation engineering covers a wide range of components and technologies that work together to automate and optimize processes and machines. Mechanical components serve as one of the basic building blocks for the implementation of automated systems. These components include actuators, sensors, mechanical transmission systems and other mechanical elements required for the movement, control and monitoring of systems and machines. This article introduces the basics of automation and automation engineering and explains where mechanical components are used.

8 Minutes read

inCAD Library – A Designer’s Source of Inspiration

The inCAD Library is an extensive library for designers offering many application examples. The library provides freely application examples for functions or product possibilities. Each application example contains a parts list of the parts MISUMI has available together with information on the quantity required for the example. For designers, the CAD models serve as a source of inspiration for modifying, meaningfully adding and adapting them for their own machines or systems.

6 Minutes read

Milled parts as freely configurable components through Make-to-Order – Flexibility in contract manufacturing

Make-to-Order (MTO) is the classic production process for customised production. Make-to-Order means contract manufacturing. In this process, production takes place according to individual customer requirements and only begins after the customer has placed an order. Unlike Make-to-Stock (MTS), where production and stock levels are pre-determined, MTO components are only manufactured after receipt of a customer order.

7 Minutes read

Turned parts – Precisely configurable Make-to-Order (MTO) components

Make-to-Order (MTO) turned parts and components are an important part of the modern manufacturing industry. Make-to-Order means contract manufacturing. This means that production only begins when a specific order is available. In contrast to Make-To-Stock (MTS), where products are produced for stock, MTO components are only manufactured after order receipt.

6 Minutes read

Intrinsic Vibration Behavior of Springs

In mechanical engineering, tension and compression springs are an important part of the design of mechanical systems, applications and uses. The properties of springs, such as their return force and spring constant, influence the performance and functionality of machines. In order to understand these properties and the vibration behavior of spring systems, we look in this article at the physical relationships between spring systems and the relationship between the natural frequency and resonance.

7 Minutes read