April, 2020 - igus Blog - Page 14 April, 2020 - igus Blog - Page 14

What does predictive maintenance mean for plain bearings?

Lars Butenschön | 15. April 2020

I associate the topic of predictive maintenance with a reminder: just under two years ago, my wife gave me a great birthday present. A ride on a maize chopper. She had watched me playing the latest “agriculture simulator” weeks before and wanted to make me happy. (Did you know that the agriculture simulator is one […]

Read more...

With which shafts do polymer plain bearings work best?

Jan Michels | 15. April 2020

Many different shaft materials are used in the packaging, food and beverage industries. If a cost-effective solution is required, steel shafts are of interest. If light weight is important, aluminium shafts are used. If the application takes place in a humid environment or aggressive cleaning with chemicals, the corrosion resistance of the shaft is important. […]

Read more...

igus solutions for injection moulding machines. Tested in igus 3-shift operation.

Christian Schäfer | 15. April 2020

Injection moulding is one of the primary processing methods in plastics processing. It is the most widely used processing method. About one third of all plastics are processed on injection moulding machines. Energy chain systems, highly flexible cables and bearing technology solutions by igus ensure a long service life of all parts of injection moulding machines.

Read more...

Short or long strain relief teeth for triflex R?

Marius Glaue | 14. April 2020

The use of strain relief components for energy supply systems is very often forgotten or simply underestimated and, when they are considered at all, they are often the wrong ones for the task at hand. This is extremely annoying and costs an unnecessary amount of time. But doing without strain relief is no solution either […]

Read more...

How do the balls get into the ball bearing?

Patrick Czaja | 14. April 2020

Ball bearings consist of an inner and outer ring, a cage and rolling elements. The cage is used to separate the rolling elements from each other in the form of balls. If the balls were not separated, they would run against each other and overheat. With high rotational speeds and friction of the balls, destructive […]

Read more...