Unleash industrial efficiency with the INTAMSYS FUNMAT PRO 310 NEO. Engineered for high-throughput, small-batch manufacturing, this high-speed FFF 3D printer delivers an impressive productivity range of 500–1000g/day. Featuring an active heated chamber up to 100°C, it prevents warping and optimizes mechanical strength for demanding engineering plastics like PC, ABS, and carbon-fiber composites. Its Independent Dual Extruder (IDEX) system features mirror and duplicate modes to instantly double your output. Complete with advanced flow compensation and 100-point auto-leveling, the 310 NEO guarantees precision, exceptional surface finishes, and seamless continuous production.
The FUNMAT PRO 310 NEO empowers engineers and designers with industrial-grade performance and reliability, taking user experience to the next level. Its 100°C heated chamber, combined with a spacious 305 x 260 x 260 mm build volume, enables the full-size printing of larger models with no compromise. New self-developed high-speed architecture ensures the superior surface finish and high dimensional precision, significantly enhances production efficiency
100 ℃ thermostatic chamber design, full-size printing capacity of engineering plastics.
Print a wide range of materials such as engineering materials, flexible materials and high performance materials such as PPS.
Enjoy effortless setup and printing with auto mesh leveling and Z-axis calibration. Precise and efficient.
Powered by NXP's advanced MCU, this mainboard provides the robust computing power needed for high-speed printing.
Reduce thermal deformation and shrinkage of the model during the printing process, avoiding warping to achieve large-format (305 x 260 x 260 mm) printing.
Heated chamber at 100°C prevents warping, delamination, and deformation in long-edge PC prints over 150 mm.
High-temperature semi-crystalline structures provide enhanced strength and toughness. Consistent chamber temperatures ensure consistent mechanical performance.
Auto mesh leveling with 100-point surface flatness measurement and automatic Z-axis compensation. Flexible build plate for easy part removal with glue-free bed adhesion.
Effortless setup and printing with auto Z-axis calibration. Precise and efficient.
Intelligent interactive design with a user-friendly interface and task queue management function.
Plug-and-play modular design makes it easy to disassemble and maintain.
Standard with an independently sealed and dried hopper, complemented by reusable molecular sieves, eliminating the need for continuous filament drying.
Automated slicing for model design and repair. All-in-one collaborative additive manufacturing platform for online monitoring and print process optimization.
