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The difference between linear bearings and radial bearings is their sliding rather than rotational movement. Linear bearings are used in machine tool applications such as sliding doors, 3D printers, and automated setups that need to reduce friction and guide linear motion.

The linear bearing slides in a straight line on the linear axis. As bearings, they allow you to easily move large amounts of weight in linear motion. Linear bearings bear all the weight without restricting the linear movement of objects, hence the name.

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Whether it is linear guides, telescopic slides or actuators, bearings are essential for designing motion systems and automation equipment. Each industry has its specific sports needs. Although automated warehouses require robots to handle considerable weight, the railway industry is designing sliding doors that can withstand constant vibration. Aerospace engineers are using specially designed light linear bearings.

At 12:00 PM Eastern Time on November 16, Design News will host a free webinar to explore the inner world of linear bearings. This webinar will discuss how to use linear bearings and telescopic bearings, and what should be considered when optimizing the design, function and durability of the motion system.

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Speakers will include Kirstin Lewotsky and Brian Klooster.

Lewotsky has written technical articles for more than 18 years. She has degrees in physics and engineering and is part of the team that made mirrors for NASA's Chandra X-ray telescope. After working as an engineer, she turned to writing articles about technology. She covers a wide range of topics, including motion control and automation, optical communications, biotechnology, photonics, nanotechnology, and computer hardware and software.

Klooster is the regional manager of Rollon, a linear bearing company. He has a bachelor's degree in mechanical engineering. During his career, he has focused on machine design in the areas of aerospace jet engine component processing, high pressure filtration, structural steel and automation. His ME work developed into operations management. He works with companies to help solve automation challenges and grow businesses in new markets.

This webinar aims to teach participants:

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