Elegoo Neptune 4 Pro
Top ratedFDM

Elegoo Neptune 4 Pro

Based on extremely limited community feedback, one user found the Elegoo Neptune 4 Pro to require significant tinkering and expressed strong dissatisfaction

Community score
54/100
Mentions
2
Build volume
225 × 225 × 265mm³
Sources:Reddit0 Reddit threadsYouTube2 YouTube reviewslast refreshed 3d ago

In its favour

Based on YouTube reviews & Reddit discussions

    Against it

    Based on YouTube reviews & Reddit discussions

    Voices from the community

    Real reviews from 3D printing enthusiasts across Reddit and YouTube.

    Showing 2 reviews from Reddit + YouTube

    Negative

    Neptune 4 Pro - A Real Review

    The creator highlights the Neptune 4 Pro's excellent on-paper specifications and speed for its price, but ultimately condemns it due to a critical, consistent defect of misaligned X and Y axes, making it unsuitable for any prints requiring dimensional accuracy.

    YouTubeYouTube·Watch video·Oct 2025
    Positive

    Reviving My ELEGOO Neptune 4 Pro After Months! Firmware Updates, Manual & Auto Tuning, Benchy Test

    The creator successfully revives their Elegoo Neptune 4 Pro by performing necessary updates and tuning, overcoming initial print adhesion issues to achieve a good Benchy print. They express satisfaction and intent to use the printer more.

    Showing 2 of 2 reviews

    Specifications

    Physical & Motion Specs
    Build volume
    225 × 225 × 265 mm³
    Kinematics / Motion System
    Cartesian i3, Klipper, CNC aluminum frame, linear rails, dual Z leadscrews
    Max Print Speed
    500 mm/s
    Max Acceleration
    20,000 mm/s²
    Extruder & Print Bed
    Extruder Type
    Direct drive, dual-gear, 5.2:1 ratio, all-metal bi-metal hotend
    Max Hotend Temp
    300°C
    Bed Material
    Dual-sided flexible PEI/PLA spring steel plate
    Bed Leveling
    121-point (11×11) non-contact inductive ABL
    Enclosure & Extras
    Enclosure Type
    Open frame
    Connectivity
    LAN (Ethernet), USB
    Multi-Material Support
    Single filament