Introduction To Bearings For Robots And Robots

Robots play an increasing role in modern life, and as they become more adaptable and intuitive, manufacturers are realizing their potential to reduce costs, increase production, and improve efficiency and competitiveness.

More portable and affordable robotic arms enable more and more companies to enjoy the benefits of automation. Robots can perform tasks in hazardous environments to help health and safety in the workplace, eliminating the risk of injury or illness to personnel Workers who perform monotonous or physically demanding tasks to perform repetitive tasks.

Robots provide accuracy and repeatability in processes such as painting, assembling, handling, welding, cutting, packaging and dispensing, and they are used in the automotive, electronics, pharmaceutical and aerospace industries. Robots are also being used more and more in the medical industry, enabling surgeons to perform complex procedures, especially remotely, and assisting prosthetic limbs with more natural movements.



Simple robots can also be worn thanks to recent developments in robotic exoskeletons. These help workers in factories or airports lift heavy objects, and nursing home workers lift people who are much less likely to be injured.

Bearings used in robotic applications must have high precision, good rotational accuracy and reliability. For example, articulated robotic arms require bearings in rotating joints. SKF thin-section precision bearings are usually used. SKF also provides SKF miniature bearings for small robots. Due to Thanks to SKF's advanced manufacturing techniques and quality control, both types of robotic bearings boast a high level of running accuracy.

When robots are required to operate in extreme or controlled environments, SKF's relubrication facilities can also provide specialist lubricants for robot bearings, for high temperature use, food or beverage production, clean room or vacuum environments, etc.

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