CrossTEQ's thermoplastic compression molding process combines the level of automation and product design freedom of injection molding with the high strength and stiffness of carbon fiber composites.
Composite Produktion with A-Comp Compression Molding
With our A-Comp Compression Molding process, we produce simple to geometrically complex components from fiber-reinforced PEEK, PSU, PPSU or PEI plastics in all series sizes. Read more
Why A-Comp Compression Molding?
- Maximum design freedom & performance
The thermoplastic compression molding (hot press) process combines the level of automation and product design freedom from injection molding with the outstanding strength and stiffness of carbon fiber composites.
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High performance in diverse applications
Due to their fiber length (up to 20mm) and high fiber volume content (up to 3 times higher than injection molded parts), thermoplastic fiber composites are suitable for diverse high-performance applications.
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Production of complex 3D structures & funtionalities
Application-oriented compression molding technologies can be used to realize simple to geometrically complex features with perfect surface finish and fully integrated subfeatures, 3D structures und funtionalities:
- Double curvatures
- T, I or L profiles
- Reticulated holes
- Load paths
- Wall thickness jumps
- Bearing seats
- Reinforcing ribs
- Threads
- Inserts
- Undercuts
- Holes
- Openings
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Cost-efficient due to high degree of automation
Compression Modeling systems are capable of processing up to 50,000 parts per year with a single production cell. Automated mass production guarantees part quality and repeatability.
- Wide range of raw materials and endless composite possibilities
Thermoplastic Composite Compression Molding can be used to compress high-end thermoplastic composites with PA6, PA12, PA66, PPS, PEI, PEEK, PES and TPI matrices. Read more
- Unique surface finishes with outstanding surface quality
Custom configuration of high-performance fiber-reinforced plastics for outstanding properties and unique surface finishes. Read more
Cross Composite Technologies
Thermoplastic fiber composites combine the best material properties of metals and plastics, enabling versatile mechanical, chemical and tribological properties that can be targeted for high-performance applications through application-specific compression molding technologies:
x-NET Precision Compression Molding for the production of high-quality, close-contour molded parts with complex 3D structures is a proprietary composite production technology based on an advanced precision molding process for carbon parts that was originally developed for the aerospace industry.
- Highest functional integration
- Minimal post-processing effort
- Maximum material utilization, 0% waste
- Complete preservation of fiber properties
x-BLOC Technologie for the production of high-performance lightweight plates
- Customized material selection
- Delivery within a few working days
- Customized properties
- Simple machining
x-CONTOUR Technologie for the production of smart semi-finished products
- Reduced material waste
- Realization of load paths
- High strength thanks to specific fiber orientation
- Optimal price-performance ratio from medium series sizes upwards
We specialize in material design and thermoplastic compression molding of high-performance composites.
For our partners, we develop individual material and process solutions and the corresponding molding tool. To the competence center
