Mechanical and Plant Engineering

Each industry requires differentiated cooling solutions tailored to the specific application. With us, you not only have the option to configure the optimal solution for your product but also gain a competent partner in thermal management.

industrial production metal components on assembly line

Photo: iStock by Getty Images

Machinery and Plant Technology

Mechanical and plant engineering is one of the key industries worldwide and forms the backbone of numerous manufacturing processes. This sector relies on increasingly complex and powerful machines that depend on advanced electronics to enable precise and automated operations. From CNC machines to conveyor systems and industrial robots – electronics play a critical role in controlling, monitoring, and optimizing production processes. This creates a growing demand for effective electronics cooling to ensure the functionality of these systems.

The electronic components integrated into machines and systems, such as control units, power electronics, and drives, generate significant amounts of heat during operation. This heat must be efficiently dissipated, as overheating can lead to performance losses, reduced component lifespans, or, in the worst case, machine failures. Particularly in industrial applications where machines often operate around the clock, reliable cooling is essential for maintaining production processes.

Modern cooling systems, such as air or liquid cooling solutions and advanced heat exchangers, ensure that electronic components operate within a safe temperature range even under heavy loads. They not only prevent failures but also enhance the efficiency and longevity of the systems. With increasing automation and digitalization in mechanical and plant engineering, the demand for high-performance electronics cooling systems will continue to grow to ensure the long-term reliability and precision of machines.

Recommendations

Product recommendations by our thermal management experts

collage bonded fin heat sinks

Bonded Fin Heat Sinks

Extreme fin ratios without limits through inserted and specially bonded fins. (...)

collage structureflow liquid coolers with milled or inserted channel or pin structures heat sink

Internally Structured Cooling Plates

Liquid coolers with milled or inserted channel or pin structures. (...)

cool tec thermal simulation heatmap cooler plate 01

Thermal Simulation

The application of thermal simulation provides more precise insights into the heat development of your current components. The calculation of cooling systems is complex and dependent on many factors (...)

Learn more about the manufacturing steps in the Technologies section

tube bending process copper pipe production-based

Tube Bending

Tube bending is an essential value-adding step in the production of liquid coolers, where tubes made of copper, aluminum, or stainless steel are specifically bent to create complex cooling structures. (...)

visual quality control heat sink white gloves

Leak Testing

Each liquid cooler is tested regarding its tightness. The exact requirements and test procedures can be jointly defined and range from the standard leak test to the documented helium leak test or pressure drop test. (...)

aluminum material image cooler processing with milling

Aluminum

Due to its outstanding properties, aluminum is the preferred material for the production of heat sinks and liquid cooling plates in power electronics. (...)