The INTAMSYS FUNMAT PRO 310 APOLLO is a high-speed, industrial FFF 3D printer engineered for true continuous batch production. Optimised for demanding, high-performance materials like full-range PAEK (PEEK, PEKK, and carbon/glass-fiber blends), it delivers end-use parts with up to 40MPa Z-tensile strength. Featuring an advanced, industry-first high-temperature Dual IDEX extrusion system, the APOLLO prints at ultra-fast speeds up to 500 mm/s, over four times faster than standard PEEK printers. With a 100°C heated chamber, dual 3kg active dry boxes, and auto-cleaning nozzles, it ensures unmatched reliability, precision, and zero-downtime manufacturing.
The FUNMAT PRO 310 APOLLO marks a new era of industrial-grade FFF 3D printing - combining high-performance materials, ultra-fast printing, and production-level consistency. From PEEK prototyping to PAEK end-use part manufacturing, INTAMSYS redefines the benchmark for industrial FFF performance and reliability.
Print at up to 200 mm/s with the first PAEK-optimized dual-nozzle system in the industry, achieving more than 4 times the speed of standard PEEK printers.
Significantly shortens production cycles while fulfilling the dual demands of batch manufacturing and end-use delivery
No prime tower is needed, reducing part print time and effectively conserves materials
Supports the full PAEK family with 2× higher Z-axis mechanical strength and 40+ MPa tensile strength. Delivers reliable mechanical performance under high temperature and load-bearing conditions for aerospace and medical critical applications
Dual independent extruders optimized for PAEK achieve speeds up to 200 mm/s, 3× faster than conventional printers. Combines speed and mechanical strength to cut lead times and enable true production throughput.
Built for continuous manufacturing with a 3 kg active-drying filament box and INTAMQuality data tracking. Ensures week-long printing, full traceability, and consistent high-temperature performance.
Driven by INTAMSUITE NEO, integrating multi-physics control of temperature, flow, and path. Smart monitoring and remote management deliver stable, efficient, and predictable high-performance printing.
