ELEGOO Neptune 4 Plus FDM 3D Printer with Up to 500mm/s Printing Speed, 300℃ High-temp Nozzle, Dual-Gear Direct Extruder, 320x320x385mm³/12.59x12.59x15.15 Inch Printing Size
【Pre-installed Klipper Firmware】Neptune 4 Plus comes with pre-installed Klipper firmware and supports input shaping and pressure advance. This enables an impressive printing speed of up to 500mm/s (default 250mm/s) while maintaining print quality. Both X-axis and Y-axis have acceleration sensors for automatic calibration of resonance compensation to minimize vibrations and improve print precision.
【Large Build Volume】Unleash your creativity with a generous build volume of 320x320x385mm³/12.59x12.59x15.15 inch. This sizable printing area allows you to create larger models or multiple smaller objects in a single print, expanding your creative possibilities.
【Dual-Gear Direct Extruder】The printer adopts a dual-gear direct extruder with a 5.2:1 reduction ratio, ensuring smooth and precise filament feeding. The full titanium alloy throat pipe facilitates fast heat dissipation, reducing nozzle clogs for consistent and reliable printing.
【300°C High-Temp Nozzle】The 300°C high-temp nozzle kit features an extended hot end, a 60W ceramic heating element and a brass heating block, capable of printing various filaments including nylon. The automatic calibration of nozzle PID parameters ensures precise temperature control for stable and consistent printing performance.
【Auto Bed Leveling Auxiliary Leveling】Achieve excellent first-layer adhesion and print quality with the 121 (11x11) points auto bed leveling system. Additionally, fine-tune the bed's leveling manually with the hand-twist knobs for optimal alignment and printing conditions.
【Efficient Cooling System】The print head incorporates 2x4015 thickened double-sided cooling fans and a 3010 ball-bearing blower fan for omnidirectional heat dissipation and preventing filament warping or deformation. The 2x6025 ball-bearing blower fans behind the print head further enhance cooling performance by rapidly cooling the newly deposited layers.
