Inexco develops and supplies high-performance extrusion solutions.
We are delighted to announce that our innovation has been shortlisted for the Fakuma Innovation Award 2026 in the Extrusion category.
From October 12–16, 2026, INEXCO will be exhibiting at the 30th Fakuma, the international trade fair for plastics processing in Friedrichshafen.
Visit us at Booth A6-6415 and discover our innovative, energy-efficient extrusion solutions.
Every custom machine project starts with a detailed understanding of the process. Together with you, INEXCO analyzes the existing production environment, defines the required function, and establishes the technical requirements.
The result is a purpose-engineered solution designed around your process, existing equipment, and production objectives.
At INEXCO, we turn extrusion into a competitive advantage. For more than 35 years, we have been developing and delivering high-performance extrusion solutions for customers worldwide.
Our expertise covers the entire extrusion process – from process development and die design to the engineering of complete extrusion lines, commissioning, training, and technical support.
Our solutions are used across a wide range of industries, including construction, automotive, packaging, insulation materials, and other demanding industrial applications.
INEXCO extrusion solutions are used across industries including construction, automotive, packaging, insulation materials, and other industrial applications.
Each project starts with the specific production requirement, existing equipment, and operating conditions. The solution is then engineered around the customer’s extrusion process and production objectives.
The CMX Active Melt Cooler is a modular system that combines intensive melt homogenization with active melt cooling. The polymer melt is repeatedly split, redistributed, and directed along temperature-controlled heat transfer surfaces. This combines mixing, heat transfer, and active thermal control in a compact process stage.
Yes. Existing production conditions can be analyzed and critical process parameters systematically optimized. Key objectives include cell structure, product quality, throughput, energy efficiency, and process stability.
INEXCO combines process development, extrusion tooling, annular dies, active melt cooling, and custom engineering.
The entire process is considered – from polymer melting and gas injection through homogenization and cooling to forming, expansion, and stabilization of the foam product.