Rod Ends for Material Handling

In the material handling sector, where efficiency and flexibility are crucial, rod ends play a key role in optimizing operations as they are designed to ensure movement under challenging dynamics and loads, adapting to individual application needs, which can vary a lot in this sector. In this article, we will look at what specifically are the challenges posed by the material handling industry, exploring the role played by rod ends in ensuring smooth and precise movements in industrial processes.

Material handling refers to all those activities involved in the movement, storage, control, and protection of materials. It is a very broad sector, affecting a variety of industries, from manufacturing to logistics, from distribution to agribusiness.

The material handling sector plays a primary role in optimizing operations, having to cope with a variety of possible applications; it is a very demanding sector in terms of both technology and service.

One of the components that finds widest application in this sector is the rod end, a key element in intralogistics processes for sorting, on conveyor belts, forklifts, lifting platforms or automated warehouses.

A rod end, or ball joint, is a mechanical component that allows movement in multiple directions through rotation and oscillation. In the material handling industry, rod ends are widely used to connect two parts of a system so that they can move flexibly, adapting to various configurations and working conditions, without compromising connection or structural safety.

However, any handling technology that wants to find application in the material handling industry must meet several requirements. Let’s look at them.

The challenges of the material handling industry

One of the sine qua nons for a product to be employed in material handling is self-lubrication, a feature that greatly reduces the need for periodic maintenance work, – which impacts costs and operating time, – while providing greater performance and reliability.

Another important feature demanded by the market is the ability to customize the product. In fact, precisely because of the extreme variability of the applications, the component should be customizable in terms of dimensions, materials, and configurations to cope with all handling requirements such as, in the case of rod ends, changing heights and bends, loads, and speeds.

At the same time, for those applications for which a functional solution has been identified to meet all process requirements effectively, the market demands products with shorter lead times for delivery and commissioning. Therefore, having a wide range of standard products ready for delivery is as important as being able to offer customized solutions.

The advantages of rod ends

Rod ends are able to meet the challenges posed by the material handling industry, ensuring:

precise and multidirectional movements, according to the needs of industrial applications;
durability and reliability over time, through the use of materials according to the operating environment;
low maintenance, a factor that reduces downtime and operating costs.

In particular, the Rollon by Timken ecosystem has one of the industry’s broadest ranges of rod ends. In fact, Durbal and Chiavette Unificate, each with over 70 years of experience, are the Rollon by Timken group’s specialists in the design and manufacture of rod ends, angular and axial joints, spherical bearings and clevises.

The rod ends in the portfolio can guarantee the required performance, adapting to the needs of the individual application.

The Premium line rod ends with spherical or roller bearings, for example, support heavy loads and high speeds, while the Classic line is based on injected polymer technology, which enables its use in contaminated environments. In addition, the stainless-steel version ensures greater resistance to corrosion.

Among the solutions that do not require lubrication, the Tescubal line with its metal-on-metal self-lubricating system ensures high performance over time.

In addition, to cope with different loads, heights, and bends requirements each product is customizable. The ad hoc engineering service of the solutions also allows the inner diameter of the ball to be changed, thus obtaining different tipping angles from the standard.

Standard solutions are ISO 12240-compliant, and all products undergo specific testing to make sure they can withstand all the stresses required by the application.

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