The future of extrusion technology: new materials and technologies
In the dynamic world of plastics technology, extrusion technology is subject to constant change. New materials and advanced technologies are driving the industry forward, opening up new application possibilities and promising more efficient manufacturing processes.
New materials in extrusion
- Bioplastics: These environmentally friendly materials, often made from renewable raw materials, offer a sustainable alternative to traditional plastics. Their use in extrusion technology represents a step towards greener manufacturing.
- High-performance polymers: Materials such as PEEK (polyether ether ketone) and similar high-performance polymers bring properties such as heat resistance and chemical resistance to extrusion. These materials are particularly in demand in industries that require extreme conditions, such as aerospace or medical technology.
Technological advances
- 3D printing and extrusion: The combination of 3D printing technologies with traditional extrusion processes opens up new possibilities in manufacturing. Complex geometries that were previously difficult or impossible to extrude can now be realized.
- Automation and AI: Advances in automation and artificial intelligence are leading to more precise control of extrusion processes. AI algorithms can recognize patterns in production data and help to optimize processes in order to reduce material waste and increase efficiency.
Outlook
The future of extrusion technology looks promising. With the use of new materials and the integration of advanced technologies, the industry is at the beginning of an exciting development that promises not only more efficient but also more environmentally friendly production processes.