Positioning

In many industries, from mechanical engineering to tool making and precision mechanics, the precisely tolerated positioning of components determines the quality and longevity of a product. Conventional threaded joints are often insufficient to precisely align and securely join components. This is where reamer bolts come into play – they ensure a play-free guide in bores and ensure repeatable assembly with the highest precision. In this article, you will learn why reamer bolts are the better choice for aligned joints, and the role of tolerances, thread runouts, and undercuts for optimal assembly.

In modern production and automation systems, precision and stability are critical to quality and efficiency. The right combination of linear units and linear guides not only optimizes motion accuracy, but also increases system rigidity, durability, and load capacity. In this blog, we’ll explore how you can improve the performance of your machines through the targeted selection and integration of linear units and additional guides – from optimal sizing to load sharing concepts to practical implementation strategies for demanding industrial applications.

Gauges in mechanical engineering and modern manufacturing play a central role in meeting the highest quality requirements and standards. Test gauges guarantee fast and accurate test processes without having to rely on complicated measuring technology. Inspection fixtures for material testing machines are easily adaptable to individual components. But what types of gauges and test fixtures are there? How are these structured and what components and materials are suitable when creating such a test fixture? Learn all about this in this article.

What makes a linear guide profile rail guide the first choice for precise and resilient motion control? In our blog, you will learn all about the design, the different versions, dimensional tolerances and the key parameters, such as running parallelism, preload and axial play. We show how these features work together perfectly to ensure the highest precision and durability – and how you can best match these components to your needs.

Set collars and clamping rings are important components in mechanical engineering. Their function is to secure machine components in a specific position on a shaft or axis. This article introduces different versions, selection criteria, and fields of applications.

Locating units play a central role in mechanics and are essential for designers in many different applications. In this article, we will review how locating units, their different types and their applications work.