Application industry

Precision mechanical components for earthmoving machinery

Components designed to withstand impacts, dust, shock loads and harsh environments in construction machinery. JFK Group supports designers and maintenance engineers in selecting the most suitable component.

The industry

Construction Equipment

Components engineered for construction machinery operating in harsh environments, where shocks, dust, heavy loads and continuous mechanical stresses are critical factors. Case-hardened bushings and roller bearings withstand high loads and impact forces in articulation points, while idler pins provide ready-to-install solutions for heavily loaded guides and kinematic systems.

Most requested products: Case-hardened bushings · Roller bearings · Cam followers

Earthmoving machinery

Solutions

Find the right solution for your application

01

Does your application require lubrication-free operation?

In these applications, the ideal solution is a component designed for dry operation, without the need for external lubrication. Special materials, geometries and surface treatments make this possible by reducing friction and wear.

Suitable product families

Does your application require lubrication-free operation?

02

Do you have a rotating component that needs support?

In these applications, the optimal solution depends on the type of load—radial, axial or combined—and the operating speed. The correct bearing selection reduces friction and ensures accuracy and long service life.

Suitable product families

Do you have a rotating component that needs support?

03

Do you need accurate linear movement?

For applications requiring this type of performance, linear guides and ball screws are the most widely used solutions to ensure positioning accuracy and long-term repeatability.

Suitable product families

Do you need accurate linear movement?

Have a specific requirement?

Let’s discuss your project

JFK’s technical team analyses loads, speeds and operating conditions to identify the right solution.