We need your feedback!

How do you like this website or individual examples? We need your feedback! Please send us an e-mail at info@kan.de.
©Melpomene - fotolia.com
Stresses

Click here to call up the summary of stress types.
© Kzenon - fotolia.com
Machines

Click here to call up the summary of machine types.
© industrieblick - fotolia.com

Examples of good practice for ergonomically designed machines

What characterizes an ergonomically designed machine? What aspects must be considered during design? Where can I find relevant information? This catalogue of good-practice examples of ergonomically designed machines is intended to assist in raising awareness of ergonomic parameters during the design of machinery and to indicate sources of more detailed information in standards.

Use the search function to search for specific machines, problems or detailed solutions. Alternatively, browse through the categories for inspiration for your project.

How do you like this website or individual examples? We need your feedback! Please send us an e-mail at info@kan.de.

Some examples of good practice

Spinner MVC ClassicLine machine tools

MVC-ClassicLine universal machining centre Machining centres are machine tools for universal use that are able to perform a range of processes,... more

Manual force control for manipulators

Balancer mit Handkraftsteuerung von ZASCHESitec

Manual force control for manipulators Where the height is controlled by detection of hand force, sensors are integrated directly into the... more

Quickfinder

Stress types Types of machinery

Stress types

Economically active people are subject to a range of stresses and strains as a result of their daily work. Should the stress become excessive, it leads to consequential harm and to health problems. Machines and work equipment of good ergonomic design can reduce stresses and thus reduce the associated problems. An overview is provided here of the stress categories, together with examples of good practice for avoiding stress.
Overview

Machinery

Different types of machinery call for different tasks and consequently generate different forms of stress. Overlap also exists however, and solutions from one area may be suitable for transfer to others. A classification is provided here of different machine types. This can assist you in selecting suitable examples for your project.
Overview