Standard parts and their importance for industry

Standardised parts are components that are manufactured according to a specific standard. They offer a number of advantages that make them an essential part of modern industry. This article explains what standardised parts are and the advantages and disadvantages they offer.

What are standardised parts?

Standardised parts are components manufactured to a specific standard. They have a precise and consistent shape, size and fit that does not change over time. These parts are used to build machines intended for a specific application. These machines have the same characteristics and are easier to operate and maintain than machines manufactured with individual parts.

Importance of standardised parts

Standardised parts are an essential element of modern industrial production. They are useful for building machines that require precision and accuracy. They are important for maintenance and replacement of parts, as they are standardised and easy to obtain.

Advantages of standardised parts

Standardised parts offer a number of advantages for industry.

Cost savings: As standardised parts can be produced in large quantities, the costs per part can be reduced. This enables companies to save costs and make profits.

Time saving: Standardised parts can be procured quickly and easily, thus reducing production times. Maintenance times are reduced as the parts are uniform and can be easily replaced.

Improved ergonomics: Standardised parts make it possible to build ergonomic machines that enable easy operation and maintenance.

Increased safety: As standardised parts are uniform and easy to replace, they increase machine safety.

Strength of screws, threaded plugs and dowel pins

Strength is a key criterion for selecting the right screws, threaded plugs and dowel pins. Although there are many different types of screw, strength is an important factor to consider.

The strength of screws, threaded plugs and dowel pins depends on many factors such as the type of material, the type of screw and the size of the screw. To ensure that you choose the right screw, threaded plug or dowel pin for a particular project, it is important to understand the different types of screw and what kind of strength is needed. This article provides an insight into the different types of screws, threaded plugs and dowel pins and how to determine their strength.

Hex socket set screws with flat profile

Hex socket set screws with flat profile are a frequently used element in many industrial and manual applications. They are a versatile and cost-efficient way to attach and connect mechanical components.

Retaining rings type C

Retaining rings, also known as locking pins, are an indispensable tool used in many industrial and mechanical applications. One of the most well-known types of retaining ring is Type C, which is popular in many applications due to its practical and easy use.

Retaining ring type C is a type of retaining ring that is placed in a position to secure or fix a component in place. It is a ring made from a piece of steel in a special shape. One end is bent upwards and the other end is pointed downwards. It is this special shape that allows the ring to be moved to a specific position easily to secure a component.

The retaining ring type C is a very useful component that can be used in many industrial and mechanical applications. It is easy to install and can be installed on most surfaces to fix a component securely in place. It is very durable and can achieve a long service life if used correctly.

Machine key and keyways

Machine keys are used to loosen, tighten and install bolts and nuts. They are similar to a conventional screwdriver, but they have a special profile that makes them suitable for specific applications. Machine keys are available in different sizes so they can be used for a wide range of applications.

Keyways are a special type of bolt used for assembling and disassembling machinery, equipment and installations. Unlike conventional screws, keyways have a very wide groove that allows the screw to be tightened or loosened without much force. Keyways are available in different sizes and are suitable for a wide range of applications.

Hexagon bolts

Hexagon bolts are an important part of any technical installation and are a proven solution for a wide range of anchoring requirements. These screws are available in different lengths and diameters and are used in a variety of environments.

Hexagon bolts are an excellent choice for joining materials that cannot be joined together by traditional means. Hexagon bolts can be purchased in many different sizes and can therefore be used for a range of different projects. Some of the most common uses are installation and fixing of machine parts and fixing metal sheets.

There are different types of hexagon bolts that can be selected according to your requirements. Some of the most common types of hexagon bolt are full-thread screws, hex sockets, blind rivets and countersunk screws. Each of these types has its own specific features and benefits that should be considered when choosing the right screw.

To select the right hexagon bolt for your project, you first need to consider some basic factors. Firstly, you need to choose the type of bolt that best suits your project. Secondly, make sure that the screw is suitable for the material it is going to be connected to. Thirdly, select the correct diameter of the screw to ensure it is secure and tight.

Spring pins and retaining rings type E

Spring pins and retaining rings type E are an important component in many industrial applications. They are often used to keep parts or components in place. To ensure that your applications are safe and reliable, it is important to use the best possible type E spring pins and retaining rings.

Spring pins and retaining rings type E are made of high-quality steel, which is suitable for a long service life and high load capacity. They come in a wide range of sizes and shapes, so you can find the right one to suit your application. Various surface treatments are available depending on your specific needs.

Spring pins and retaining rings type E are very easy to install. No special tools or skills are required for installation. They can be easily screwed into pre-drilled holes, making inserting the spring pins and retaining rings quick and easy.

Spring pins and retaining rings type E are an inexpensive and effective way to ensure that components stay in place. It is important to select the best possible type E spring pins and retaining rings to ensure that your applications are safe and reliable.

Hexagon nuts and split pins

Hexagon nuts and cotter pins are two important parts of the mechanical design. They are easy to install and provide a complete connection between two or more components.

Hexagon nuts are a well proven and efficient element when it comes to connecting mechanical components. They are normally attached to screws, bolts or other fasteners to create a stable and secure connection system. They are available in different sizes and materials to suit the requirements of your project. Hex nuts are easy to install and create a strong and reliable connection.

Cotter pins are another very important element of the mechanical design. They are a very flexible fastener that can be bent to fit the contours of the components. They are often used to reach hard-to-reach places where hexagon nuts are difficult to install. Split pins are a simple and effective solution for connecting hard-to-reach components.

Configure your components

You can configure shafts and other components freely with the MISUMI configurator.

Select the component type and set the desired specifications and characteristics.

CAD library

Use our extensive CAD library to select the optimal part for your components and applications.

Find inspiration in our inCAD library and edit your designs with our SolidWorks add-on “inCADcomponents”.