As we’ve seen with previous Elegoo machines, the build, once constructed, is solid and robust.
It still follows the tried-and-tested bed-slinger design.
So, there is no segmented heat bed, but the rest of the upgrades seem to be included.
Aside from the scale, the biggest difference in the design is the supporting braces on either side.
These braces help with the 3D printer’s rigidity and support the machine’s speeds with the Klipper software.
It’s a great idea that has worked well on the smaller machines and has been scaled up here.
This makes it compatible with a wide range of filaments, including high-temperature materials like nylon.
Additional 6025 ball-bearing blower fans enhance cooling for newly deposited layers, reducing warping or deformation.
Once the construction is finished, the machine can be plugged in and powered up.
That calibration process takes a good 15 minutes to complete.
Returning 20 minutes later, the print was welded to the print head.
A week later, with a new head installed, the process continued.
Again, the same thing happened, although this time, it was caught.
It was apparent that the Neptune 4 Max has a very short memory.
After several weeks of printing, the machine slowly started to prove itself.
However, these machines just can’t match the next generation’s quality and reliability.
What you get with the Elegoo Neptune 4 Max is a solid machine with quirks.
If you just want a no-fuss large-scale printer, then this may not be for you.
Should You Buy the Elegoo Neptune 4 Max?
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