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(Chicago, Ill., U.S.), the North American subsidiary of Bernd Münstermann GmbH & Co. KG (Telgte, Germany) is featuring its custom-engineered thermal processing systems specifically designed for the composites industry. Rather than offering off-the-shelf equipment, Muenstermann develops convection- and radiation-based drying and heat treatment solutions built from the ground up to match each customer’s product, process and space requirements.

Whether drying prepregs, treating fiber mats or preheating composite structures, Muenstermann systems offer precise temperature control, consistent airflow and peak thermal uniformity — all essential to achieving optimal curing and product quality. Systems can be augmented with infrared modules and are always adapted to on-site constraints, including integration into existing lines and limited production footprints. For sensitive applications, ovens can be designed for inert operation and are also available in explosion-proof configurations.

What sets Muenstermann apart is the “engineered-to-order” approach. Process parameters such as temperature profiles, dwell times, humidity levels and flow velocities are not generic defaults — they are calculated, tested and applied to meet the exact requirements of each customer’s application. Trials and process validations can be conducted in Muenstermann’s in-house R&D Test Center, helping customers simulate real production conditions before system design. This ensures that composites manufacturers benefit from a system that is not only reliable and efficient but also perfectly aligned with their production goals.

According to the company, energy efficiency and sustainability are not afterthoughts but rather embedded in the engineering process. By tailoring systems to the precise thermal needs of the product, unnecessary energy input is avoided from the outset. Additional features such as integrated heat recovery, variable-speed fans and intelligent insulation further reduce operating costs and environmental impact.

Visitors can learn more about how customized thermal systems can drive both product performance and long-term energy savings.