ILT is a process that combines the structural composite component with a joining component. All in a single automated fibre placement process. The result is a joint that is integral to the structure.
• Efficient material use – can eliminate carbon fibre reinforced patches or over-laminated joints.
• Reduced machining – joint hole designed into the ILT filament placement process.
• Reduced overall production and labour time – higher productivity, lower part costs achievable.
• Stronger joints – specifically parts with tension or bending stresses.
Application Examples
EV emergency charge battery cradle
• Lightweight modular structure consisting of repeated ILT connectors and tubes produce using an automated process.
• Easy assembly.
• 30% – 40% lighter than steel structure.
Bike frame front triangle
• Strong joining method with efficient use of carbon.
• Reduced secondary bonding and over-laminating.
• Reduced surface finishing and faring.
• Consistent quality of part.
Lightweight tactical ladder
Compared with the standard tube assembly technique.
• 50% fewer parts in assembly.
• 40% fewer production operations.
• 40% reduced total production time.
Other Applications
• Automation handling concept
• Linkage struts, kinematics
• Frame systems
• Driveshaft
• Hydraulic cylinders
• Hydraulic cylinders
