Which linear guide for which application?

Linear guides are key components in machines, systems and automation equipment. They ensure that components, tools or products are moved in a controlled manner along …

Agricultural machinery must withstand a great deal: heat, cold, dust, moisture, and dirt are part of their daily routine. They are exposed to vibrations, fluctuating …

Shaft–hub connections are among the classic design tasks in mechanical engineering. Bearings, gears or rotors are often secured in housings via press fits. However, this …

Linear technology is a central element of modern machine and plant concepts. Wherever movements or forces need to be generated, transmitted, or controlled along an …

In industrial manufacturing, components cannot be produced with absolute dimensional accuracy. Even modern machines and automated processes cannot completely eliminate influences such as tool wear, …

Tolerance sleeves are versatile aids used in both individual and series production – whether in mechanical engineering, conveyor technology, motor vehicles, ventilation and air conditioning systems, or medical technology. They reduce oscillations and vibrations, compensate for alignment errors and center offset, and bridge large tolerances of connecting parts. They are most often used as connecting elements, slip or overload clutches, for adjustment or positioning (friction elements), and for torque transmission. We will take a closer look at the latter function in this article.

Changes in the supply sector pose new challenges for many companies. What sets us apart? We see ourselves not only as dealers, but as manufacturers.

Tolerance sleeves are small but crucial connecting elements. They enable quick, reliable, and economical assembly of cylindrical components and create backlash-free connections that reliably transmit torques and axial forces.

In industrial manufacturing, the choice of the right joining technology plays a decisive role – not only technically, but also economically.

Threaded spindles are indispensable machine elements when it comes to converting a rotary movement into a precise linear movement.

Robotics is one of the most innovative fields in modern mechanical engineering. Robots have become indispensable in modern manufacturing and automation processes.

In modern designs, engineers and developers are increasingly faced with the challenge of implementing precise linear movements in the smallest of spaces while moving high loads.