Technical :

- Production of complex parts thanks to a technology allowing a high level of precision which limits machining operations
- More resistance and mechanical properties thanks to the production of long fibers monolithic parts
- Patented process of multiple consolidations of the thermoplastic composites allowing the control of the fibers orientation
- Development of hybrid composite structures with or without primary metallic inserts
- Weight optimization of a composite solution compared with an existing metallic part
- Adaptability of the industrialization according to the rates of production (automation)

Economic :

- Industrialisable process allowing the production of parts with very short cycles
- Reduction of the post-molding operations thanks to the integration of mechanical functions during the molding phasis (stamping, cutting)

Ecological :

- Recyclable thermoplastic matrix
- Possibility of transformation of thermoplastic composites strengthened by natural fibers.