FIBRESEEKER 3 IS A DESKTOP 3D PRINTER DESIGNED FOR PRODUCING CONTINUOUS FIBER-REINFORCED COMPOSITE PARTS. USING COMPOSITE FIBRE CO-EXTRUSION (CFC) TECHNOLOGY, IT INTEGRATES CONTINUOUS CARBON FIBER WITH THERMOPLASTIC MATERIALS DURING THE PRINTING PROCESS, ENABLING PARTS WITH A HIGH STRENGTH-TO-WEIGHT RATIO. IT IS SUITABLE FOR APPLICATIONS SUCH AS DRONE COMPONENTS, ROBOTICS, AUTOMOTIVE PARTS, AND ENGINEERING COMPONENTS WHERE WEIGHT REDUCTION IS REQUIRED WITHOUT COMPROMISING STRENGTH. THE SYSTEM SUPPORTS BOTH CONVENTIONAL FFF 3D PRINTING AND CONTINUOUS CARBON FIBER REINFORCEMENT. IT ALSO FEATURES A LATTICE REINFORCEMENT SYSTEM THAT ALLOWS REINFORCEMENT STRUCTURES TO BE STRATEGICALLY DESIGNED IN AREAS SUBJECTED TO MECHANICAL LOADS, HELPING REDUCE BOTH PART WEIGHT AND MATERIAL CONSUMPTION. THIS MAKES THE FIBRESEEKER 3 SUITABLE FOR ENGINEERING PROTOTYPES AS WELL AS FUNCTIONAL AND END-USE PARTS DESIGNED TO WITHSTAND REAL-WORLD LOADS.