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.