Up to 9 kg/h
POLYMER DEPOSITION
05 — CONTINUOUS-FIBER LFAM
AddX
AddX combines large-format polymer extrusion with selective continuous-fiber reinforcement — one robotic platform for thermally stable production tooling and full-scale structural prototypes.
5 or 8 mm
BEAD SIZE
450°C
HEATING CAPACITY
Selective
CONTINUOUS-FIBER REINFORCEMENT
THE APPROACH
Extrude the volume, reinforce where load goes
Print the large geometry at up to 9 kg per hour, then embed continuous fiber only where the structure needs it. Swappable nozzles, three heat bands and a heated nozzle support technical thermoplastic polymers with natural, glass or carbon reinforcement.
SYSTEM SPECIFICATIONS
What to check before you call
| Polymer deposition | Up to 9 kg/hour |
| Bead sizes | 5 mm and 8 mm |
| System mass | 35 kg without material |
| Fiber diameter | 1.1 mm in hybrid extrusion mode |
| Heating | Three heat bands plus heated nozzle; up to 450°C |
| Reinforcement | Natural, glass and carbon fibers |
| Delivered base | 6+ university and technical-centre installations |
Polymer extrusion is aimed at composite tooling; hybrid extrusion selectively adds continuous fiber for full-scale structural prototypes.
WHAT HAPPENS ON THE CALL
01
Tool or structural part geometry
02
Polymer and temperature requirements
03
Continuous-fiber reinforcement need
04
Robot, track and work-envelope constraints
05
Deposition-rate and commissioning target
Bring the tool or structure, we will size the system
REQUEST A FEASIBILITY CALL →
ADDX · PRINTED TOOLING · FULL-SCALE PROTOTYPES · SELECTIVE CONTINUOUS FIBER