As automotive, aerospace and industrial manufacturers pursue lighter, stronger and more efficient structural components, continuous-fiber thermoplastic composites are gaining attention for their mechanical performance, processing flexibility and potential recyclability. Combining tape winding with injection overmolding creates opportunities to manufacture complex structural components with localized reinforcement, improved load distribution and greater design freedom.
Achieving consistent performance, however, requires more than selecting high-strength fibers and compatible polymers. Winding temperature, consolidation pressure, fiber orientation, melt flow, preform preparation and thermal history directly influence interface bonding, dimensional stability and structural integrity. Variations in these parameters can affect consolidation quality, introduce processing defects and compromise mechanical performance.
This advanced expert-led training explores continuous fiber reinforced thermoplastics (CFRTP), unidirectional thermoplastic tapes, laser-assisted tape winding, in-situ consolidation and hybrid injection molding. Particular attention is given to thermoplastic composite overmolding, where continuous-fiber preforms are integrated with injection-molded structures to achieve effective load transfer and reliable interfacial bonding. Participants will gain practical expertise in optimizing processing conditions, controlling consolidation defects, improving interface strength and evaluating finished-part performance.
With a strong emphasis on industrial manufacturing applications and practical troubleshooting, the session equips R&D scientists, composite engineers and processing specialists with the technical knowledge to make informed material, processing and qualification decisions when developing high-performance thermoplastic composite components.
What Problem This Training Solves
Inconsistent fiber placement and reinforcement architecture
Poor tape consolidation and excessive void formation
Uncontrolled heating and thermoplastic degradation
Weak bonding between preforms and overmolded polymers
Fiber distortion during injection molding
Delamination, warpage and residual stress development
Unpredictable mechanical performance in hybrid components
Difficulty establishing repeatable manufacturing conditions
Why Attend
Select suitable thermoplastic tapes and matrix combinations.
Optimize winding and consolidation parameters.
Improve preform-to-overmold interface strength.
Evaluate reinforcement orientation and load transfer.
Apply practical defect analysis and testing methods.
Establish processing conditions for consistent structural performance.
Who Should Attend
Polymer and composite R&D scientists
Thermoplastic composite process engineers
Injection molding and manufacturing specialists
Automotive and industrial component engineers
Materials development and application engineers
Composite testing and quality professionals
Training Outline
Continuous-Fiber Tape and Matrix Selection
Fiber Architecture and Reinforcement Design
Tape Winding and Thermal Consolidation
Heating, Compaction and Crystallization Control
Hybrid Injection Overmolding and Processing
Interface Bonding and Polymer Compatibility
Defect Analysis and Mechanical Testing
Process Optimization and Component Qualification
Expert Q&A Session
Advance your expertise in continuous-fiber thermoplastic processing, interface bonding and structural performance optimization. Register Now
