Keyword:

polymer ball bearings

聚合物滚珠轴承

ticket machine

Why your ticket machine ball bearings should be from igus®

Daniel Chen | September 24, 2021

Ball bearings in ticket machines where requirements for installed components are stringent. igus polymer ball bearings are expanding their advantage over metal ball bearings in this segment. They are not only maintenance-free and lubrication-free – they also ensure that the application environment is free of contamination. Searching for contamination…

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滚珠轴承的替换

Ball bearing alternative made of polymer: igus® convinces

Daniel Chen | September 17, 2021

Many plant operators know the problem: when installing metal ball bearings, lubrication is essential. This procedure has to be repeated at regular maintenance intervals and that not only swallows up money, but also a lot of time. As a ball bearing alternative, xiros is particularly suitable…

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Polymer ball bearings in cleaning systems for photovoltaic installations

Daniel Chen | July 1, 2021

The weather is getting nicer and the sun is shining longer and more intensively. It is not only us humans who replenish energy, photovoltaic systems literally do so. These are exposed to enormous weathering effects all year round, and the surfaces reflect this especially when the sun shines…

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xiros定制滚珠轴承

Ball bearings according to specifications – an infinite number of possibilities thanks to igus®

Daniel Chen | June 24, 2021

Ball bearings cover a wide range of different shapes. Whether deep groove ball bearings, ball bearings with flange, for example, or self-aligning ball bearings: standard catalogues list these in various materials, designs and dimensions. But what about customised solutions? Customised ball bearings are no stranger to igus…

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How do the balls get into the ball bearing?

Daniel Chen | April 1, 2021

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 effects are the result. But how do the balls get into the ball bearing now?

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