Based on FDM technology, uses Pellets feed instead of filament
Print parts as long as 10 meters in one shot
High Deposition Rate
Faster prints
Cost effective compared to FDM
Equipped with swappable print head with 3 formats
Continuous Carbon Fiber printing
Print high performance large components
Pellet printing
Print cost effective large components in short duration like moulds
Filament printing
Print intricate features with various sized filaments
X-series Case Studies
Boat Hull
Research & Development
➤ Toolings were 3D printed using pellet technology
➤ Lead time was less than 15 days
Challenges
➤ Highly constrained budget and short lead time
Human Carrying Drone
Aerospace
➤ 3D printed toolings
➤ Complete fabrication in less than 4 weeks
➤ Frame weight limit - 12 kg
➤ Max. take-off weight - 160 kg
➤ Overall dimensions - 1500 x 100 x 2500 mm
Challenges
➤ High strength requirements ➤ Finer surface tolerance requirements
Dome Structure
Space
➤ Component fabricated using HIPS material - EM conductor
➤ Print completed in 5 days
Challenges
➤ Electromagnetic conductive material requirement ➤ High stiffness requirement
Ready to partner with Fabheads for your next amazing product ?