SMB Bearings releases Bearings for Robotics whitepaper |

SMB Bearings releases Bearings for Robotics whitepaper

SMB Bearings releases Bearings for Robotics whitepaper

May 21, 2018 - Robotics adoption is growing at an unprecedented rate. To advise manufacturers on best practice methods for selecting components for robots, SMB Bearings has published a whitepaper on Bearings for Robotics. The whitepaper is available to download on the SMB Bearings website.

Industrial robots are deployed on the production line for their precision and repeatability. This means that every component inside these machines has to contribute to maintaining this precision, something that is often overlooked. Consider a six-axis robot as an example. These articulated robot arms require high levels of accuracy from their rotary joints to perform assembly processes correctly. Without the correct bearings, this precision cannot be maintained.

SMB Bearings has been supplying bearings for robotics for over 30 years and recommends that customers opt for thin section, stainless steel bearings in robotic applications. Because there is very little difference in size between the internal and external ring of these bearings, they do not drastically increase the weight of a robot and can therefore maintain the accuracy of the machine.

The whitepaper also advises on lubrication requirements for robot bearings. Due to the thinness of these bearings, the ring not only needs to be manufactured in such a way that ensures it is as round as possible but the shaft and housing should be made to the same levels of roundness to avoid distorting the bearing rings. To keep the ring continually running smoothly, a low viscosity grease is required as an overly sticky grease could increase the bearing torque to unacceptable levels. 

The whitepaper also details a case study with the Shadow Robot Company, where SMB Bearings supplied specialist bearings to help create a grasping robot hand. The company supplied EZO bearings from Sapporo Precision for this project.

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