AFP-X

AFP-X

Multi-tow Automated Fiber Placement System

The robust, multi-tow AFP-X system — built for high-volume production, packed with increased material capacity and advanced sensors. Ensures continuous, precise operations, optimizing throughput for complex aerospace and large components.

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Key Features & Benefits

  • Continuous Production: Engineered for environments requiring uninterrupted operation, ensuring seamless production cycles.
  • Enhanced Material Capacity: Capable of carrying significantly more material than single-tow systems.
  • Material Compatibility: Designed for versatility, the AFP-X is compatible with a range of materials including thermoplastic, thermoset, and dry fibers.
  • Optimized Productivity: Building on the strengths of the AFP-XS with increased capacity for high production rates.
  • Surface Proficiency: Advanced design capable of covering large surfaces without compromising on intricate layups.

Technical Specifications

  • Number of tows - 4                                                            
  • Gaps - 0mm, +2mm                    
  • Pass beginning and ending tolerance- Within +/- 2.5mm                                   
  • Speeds - Up to 500mm/s                                                
  • Weight (excluding material) - 120 kg                                                       
  • Matrix types- Thermoset, Thermoplastic, dry materials

Applications and Case Studies

AFP-X is a pioneer in fiber placement when it comes to manufacturing. It is used in multiple fields such as:

  • Energy Storage: High-pressure pipes, tanks, battery enclosures using AFP-X
  • Marine: Boat hulls, hydrofoils, propeller blades with AFP-X
  • Urban Mobility: Chassis parts, body panels, flying taxis using AFP-X
  • Aerospace: Wings, fuselages, turbine blades, engines with AFP-X

Powered by AddPath

AddPath is a strategic path planning software developed in-house by Addcomposites meticulously designed to cater to the automated composites production programming and monitoring. It empowers users to effortlessly program and simulate the AFP process, enhancing production efficiency. 

Users can define, modify, and edit placement paths, visualize planned layups to identify and correct errors, accurately calculate material requirements, time, and costs, and generate precise robot programs for the AFP process.

Related Products and Accessories

Support and Documentation

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