Solution concept
Working together to innovate superior products
We work in synergetic partnerships
To innovate superior products, we believe in the combination of expertise. We are your partner from idea to serial production.
Partner
Partner expertise application market
Herone
Herone expertise, material, design, manufacturing
Partnership
A synergetic partnership takes place
Development
Individual product development
Production
Specific, market ready solution
Our thermoplastic advantage
Thermoplastic Composites have superior material and processing properties – we call them the thermoplastic advantage. It is the basis of our integral design approach and the herone technology. What is the advantage for your application?
Performance advantage
- damage tolerant
- chemical resistant
- extended operating temperatures
Processing advantage
- high rate
- thermoformable
- weldable
Sustainability advantage
- 100% recyclable
- harmless handling
- energy-efficient processing
Integral Design
We simplify the part design and integrate functions out of the same thermoplastic material. That is our integral design approach to make parts ultralight, robust and cost-effective.
The herone technology
We combine automated textile preforming with efficient press molding for thermoplastic composite parts in minutes rather than hours.
Processing step 01
Textile preforming
Pre-consolidated thermoplastic composite tapes are braided into a near net shape multilayer tape preform. Multiple non-crimp axial-oriented layers can be integrated inline. The tape preform is automatically cut to the final part length. The full automation of the process secures high preforming rates in combination with reproduceable high-quality.
Processing step 02
Press moulding
The tape preforms and application specific functional elements are consolidated in a one-shot consolidation step. The functional elements are premanufactured from a compatible thermoplastic polymer. Their fiber architecture is adapted to the specific load situation. Using the same thermoplastic material throughout the part, results in a simplified part without fasteners or interfaces.