Ball bearings can be used in a range of applications, from medical and packaging technology to electronics and office technology. Since these components are available in different types of materials, each with their own set of features and benefits, weighing the pros and cons of a specific kind of ball bearing can become an important part of the design process. Ball bearings are most commonly made of steel, ceramic or plastic. While every ball bearing is comprised of four main parts—an outer race, an inner race, a cage and balls—each has its own set of unique characteristics.
Compared to cable reels, bus bars or festoon systems, plastic cable carrier systems are an extremely low ma...
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Advances in automation technology mean that certain cable management rules have become outdated. In this tech talk, uncover seven common cable management mistakes as well as how to avoid them.
The performance of a crane is directly dependent on its electrification system. With various power supply options available and a range of application requirements to take into consideration, making a
In part one of this “How to properly secure bearings” tech talk series, the reasons as to why bearings move out of their mounting holes and what can be done to prevent it were covered. If press fit is
While specifying your trolley cable management system and moving away from outdated technologies like festoons, there are ways to make sure your investment performs like the manufacturer said it would
Part two of this tech talk series reviewed how to secure bearing axially to keep them moving from their housings. Another important aspect of bearing security is the anti-rotational feature and why it
If the housing is not to their liking, plastic bearings do not hesitate to move out. To keep them in for a longer stay, users must better secure the bearings or change the bearing material.
Why waste time assembling your continuous-flex cables when you don’t have to? Read this tech talk to learn about the advantages of using ready-to-connect cables from igus®.
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See how plastics compare to ball bearings. Linear bearing systems create sliding technology for maximum design potential. These systems are based on tribologically-optimized plastic liners.
Reliable and dynamic cable management is one of the greatest challenges in modern crane technology. While the components must be modular, they should also be consistently easy to install, low maintena
The technological advance of industrial automation and the increased need for networked connectivity have driven Ethernet protocol to be the cornerstone of today's modern cable applications. Ethernet
Linear guides/lead screw tables can be assembled with supplementary accessories. In addition to hand wheels and clamps, analog position indicators are also available. A position indicator is used to d
igus® offers multi-axis robotic cable protection with triflex® energy chains. triflex® TRE chains are available in an "A" version or a "B" version. In this tech talk, learn why TRE.B was created and w
There are many new and innovative versions of slewing ring bearings on the market, including sliding slewing rings made with an iglide® polymer liner, hard-anodized aluminum rings or stainless-steel r
The optimized polymers in e-chains® are used to manufacture military equipment, rocket launch site components and power plant machinery. Their strength and durability make them applicable in nearly al
Pre-assembled linear slide tables from igus® are designed to save engineering time and resources. They are also flexible enough to meet the demands of a wide range of applications. The two most common