Additive Manufacturing for Lightweight Structural Components
Explore Our Solutions
Streamline and optimize automated composite production with tailored path planning, simulation, and real-time monitoring for precision and efficiency in fiber placement.
Advanced slicing and path generation software for SCF3D, designed to optimize Continuous Fiber 3D printing with best practice-driven functionality and control.
Tailored robotic cell solutions with flexible configurations, stringent safety standards, and end-to-end integration to elevate your manufacturing efficiency and safety.
Versatile winding system for Towpreg, Thermoset, Thermoplastic, Dry fiber materials. Functions as AFP or Filament Winding as per geometry & material needs. Enables faster and precise production of pressure vessels, sleeves, inserts.
The flagship AFP-XS system is a versatile, compact, and precise automated fiber placement solution ideal for research or small scale production.
Revolutionizing 3D printing with Structural Continuous Fiber for enhanced strength, precision, and material efficiency in functional component manufacturing.
Reduce downtime and increases throughput, the AFP-X offers a four-tow system with increased capacity & advanced sensors for high-volume manufacturing.
Tailored Composite Solutions for Diverse Industry Demands
Using the AFP-XS system, the client streamlined their manufacturing process, resulting in a 30% reduction in production time while maintaining the highest standards of quality and repeatability.
The AFP-XS is a high quality, easy to use, repeatable system that quickly swaps over from a standard thermoset system to handle dry fibers and thermoplastics, seamlessly integrating with the humm3. This will enable us to further develop the fiber placement research and local SME activity at Compositadour. We are excited to collaborate with Addcomposites.
The AFP-XS is a smart and compact AFP process tool. IRMA has clearly found it useful for composite prototyping and custom production of material testing. AddPath offers a user-friendly interface for programming and simulating lay-up. The Addcomposites team clearly knows the way to properly meet the need of their customer at any time.
Addcomposites has successfully and efficiently integrated their tool into an existing robot cell with a complex layout, and with much legacy equipment already integrated. We look forward to working with Addcomposites, continuously sharing knowledge at TU Delft.
IND Group has chosen to partner with Addcomposites with the goal of developing a complete composites manufacturing cell using the AFP-XS. It is the only fiber placement system that fit our requirements, and the vision was aligned from the start.
Addcomposites was given the goal of improving employee safety by process automation. With their innovative approach, technical know-how, and professional communication, they have delivered the project successfully and in a timely manner.
