PART 4 OF 8 - ETERNOS PALACE - MASTERS OF THE UNIVERSE FILMATION MODEL

Experience the magic of Eternia like never before with this comprehensive 8-part 3D model set of the iconic Eternos Palace from the Masters of the Universe Filmation series. Each meticulously designed part, brought to you by Angelicomen, captures the essence of the beloved series, bringing every room and feature of the palace to life with striking detail.

From the Council Room's revolving table and the immersive environment of Duncan's Lab, to the tranquil backyard and imposing royal thrones, each element is a testament to the richness of the MOTU universe. These models, perfect for 3D printing enthusiasts and MOTU fans alike, will let you hold a piece of Eternia in your hands.

Please note BACKYARD ETERNOS PALACE is not included in this . You can acquire it separately through the following link. that this link will direct you to the 3D model on Cults3D.

https://cults3d.sitegames.net/en/3d-model/art/backyard-eternos-palace-filmation-model-poser (if you already have it printed, you will have no problem to include it.)

Part 4 of the model set has now been appropriately partitioned for a printer with a width of 20cm. You have the flexibility to print either at scale or 1 to 1 using the partitioned files. This opens up a new level of accessibility and convenience for your printing needs!

Nozzle Size: To print large parts, it is recommended to use a larger diameter nozzle, such as 0.8mm or even 1.0mm. This will allow for a higher material flow rate and speed up the printing process.

Thicker Layers: Increase the layer thickness in your slicing software. Using thicker layers will reduce printing time. However, it's important to balance print speed with desired quality, as overly thick layers can affect the accuracy and details of the part.

Thicker Walls: Adjust the wall thickness of the part to provide greater strength and stability. Increasing the number of perimeters or shells can reinforce the structure of the part and prevent potential deformations.

Reduced Infill: For large parts, you can use a lower infill percentage or even eliminate it altogether if the part's structure allows. This will help save printing time and material.

Print Speed: You can increase the print speed to expedite the process, as long as it doesn't significantly compromise the quality of the part. However, keep in mind that print speed is also dependent on your printer's capabilities and the stability of the structure during movement.

Part Orientation: The orientation of the part can impact stability and print quality. Experiment with different orientations to minimize overhangs and protruding features, which will reduce the likelihood of deformations.