Our Relay technology offers reliability, competitive advantages and an opportunity for innovation.
Relay Technology
The patented Fiberforge RELAY® Station is state-of-the-art equipment for the rapid, high volume production of fiber-reinforced thermoplastic composite structures.
Fiberforge Offers Relay Automation Technologies
- Turnkey manufacturing lines
- Relay Station 1000, 2000
- Purpose-built Relay Stations
Now manufacturers can overcome traditional processing limitations and drive down costs with game-changing Fiberforge technology.
Fiberforge Relay Process Summary
- Our proprietary software, TailorGen™, generates a 2D model and programs the Relay Station for production.
- A rapid tape dispensing system feeds composite tape through a track above a 3-axis motion table.
- Composite tape lengths are track-fed, cut and placed on a 3-axis motion table as a series of ultrasonic weld tips rapidly tack the tape to the ply beneath it.
- Following welding, the table indexes to a new position to lay the next course.
- This process repeats until a multi-ply tailored blank is constructed.
Benefits of the Fiberforge Relay Station
- Extremely high throughput – up to 350 pounds of material processed per hour
- Automated step-process system for consolidation
- Intuitive, easy-to-use graphic user interface
- Accurate, repeatable, precise and reliable
- Unsurpassed design and engineering support
Quick Glance at Relay Station 1000 Specs
- PC-based Operating System
- 4 Servo Axes: X, Y, A & U
- Touch screen, full manual and auto control
- Advanced error indicators and data logging
- Purpose-built systems available to meet larger, smaller or more complex part geometry
Contact us to speak with our Fiberforge team about the Relay Station.
Carbon Nylon Angle Ply Blank
Carbon Nylon Cross Ply Blank
Carbon Nylon Quasi Isotropic Blank
Carbon Nylon Unidirectional Blank
Carbon Nylon PPS Unidirectional blank
CF/PEEK Unidirectional blank
EMI Shielding
Moisture Absorbtion
Creep
JEC Magazine Article
Hybrid Thermoplastic Composite Ballistic Helmet fabrication study
2010- Crashworthiness of GF/PET and GF/PA6 Tubes produced by Fraunhofer ICT and Fiberforge
2011- High Volume production of fiber-reinforced thermoplastics
2011- DMC-Thermoplastic Crush Resistant Stringers

