Mechanical engineering

In mechanical engineering, components are made from steel, stainless steel, aluminium, plastics and, increasingly, composite materials, as each application has its own requirements. Many components perform important functions and often remain in use for years. Therefore, numerous parts must be clearly marked so that their origin and use can be traced at any time. Clear marking also facilitates allocation during operation, as each component can be quickly identified. This prevents mix-ups.

Marking ensures that components are clearly identifiable and that data remains available. It supports compliance with standards and regulations, as many guidelines require clear marking. Data is recorded directly in the process so that information is available at all times. In addition, marking improves quality assurance because deviations become visible at an early stage. This increases safety and process stability and also makes processes more transparent.

Markings must be permanently legible, as machines often operate under harsh conditions. They must withstand dirt, moisture and mechanical stress so that they remain recognisable in everyday use. In addition, markings should not disrupt the production flow while manufacturing continues efficiently. Clear marking also facilitates maintenance and service, as spare parts can be allocated more quickly. Downtime is reduced, allowing plants to be operated economically. This increases availability and efficiency.

Below, we present tools and marking systems that have been specially developed for the requirements of mechanical engineering, reliably ensuring traceability, quality and operational safety.