Advantages of Using a Thin Section Bearing

A thin section bearing is a high precision component that can provide an alternative to conventional designs. These types of bearings are perfect for applications with restricted space, including rotary tables, turntables, and other articulating parts. They can also reduce weight by up to 1 kg. This means that design engineers can take advantage of reduced weight while achieving a similar level of accuracy and reliability.

Thin-section bearings are also ideal for applications that have unwanted moment loads. Design engineers can use industry-standard data to compile a load rating for a thin-section bearing. In addition, they can choose from a variety of ball types and lubrication options to ensure that the thin-section bearing will meet their specific requirements.

There are three main types of thin-section bearings, based on the configuration of the outer rings. These include full complement, radial contact, and 4-point contact. Each of these has its own advantages and disadvantages. The size of the cross section can also be a consideration. However, this size will vary depending on the application.

C-Type bearings are one of the most common types of thin-section bearings. They are also referred to as "Radial Contact" bearings. These type of bearings are used to handle moderate axial and reversing loads. They are also known for their enhanced radial load resistance.

Unlike conventional thin-section bearings, these bearings have no change in cross section as they increase in bore size. Consequently, the total cost of the system can be reduced. Moreover, these thin-section bearings can operate at temperatures ranging from -52 deg Celsius to +120 deg Celsius.

Carter Manufacturing Ltd. is a UK-based manufacturer of precision thin-section bearings. For over 20 years, the company has been providing quality solutions for the precision bearing industry. It is also the master distributor of Silverthin Precision Thin Section Bearings in Europe. Their engineering team is well-versed in assessing the needs of applications, considering accuracy and reliability, and recommending appropriate bearings to suit the required specification.

Kaydon Reali-Slim(r) bearings are also popular thin-section bearings. These products are based on a single cross section and are available in both inch-standard and metric dimensional series. Kaydon's thin-section bearing solutions offer high running accuracy while reducing friction. They are also manufactured to meet strict tolerances and are suitable for a wide variety of industries.

Other important issues to consider when selecting a thin-section bearing include radial runout, radial contact, and lubrication. The radial runout and radial contact of a bearing can greatly affect its noise level. Likewise, poor shaft or housing roundness can increase vibration. Hence, it is important to consult with a bearing supplier before choosing the right thin-section bearing for a particular application.

A slew of factors is driving the market for robotics in the U.S., including trade policies, technical improvements, and more. Another key factor is the increased adoption of lightweight thin-section bearings. Many of these bearings are used for aerospace, defence, medical imaging, optical & targeting systems, satellite systems, and more.