"Stellar Eclipse"

"Stellar Eclipse" is a 3D model that challenges the limits of imagination and visual representation. This amazing model takes creativity to a whole new level, capturing the essence of the wonders of space and the cosmos in a mesmerizing digital representation.

This 3D model takes accuracy and detail to new heights. Every star, every galaxy and every nebula has been recreated with breathtaking accuracy, allowing viewers to explore the vast universe from the comfort of their screen. Whether you immerse yourself in astronomical study or wish to conduct a powerful educational presentation, "Stellar Eclipsis" is the perfect choice for realistically depicting the cosmos.

The versatility of "Stellar Eclipsis" is equally impressive. This model is adaptable to a wide range of applications, from science education and popularization to the creation of impressive visual effects in the film industry. Its modular structure allows you to customize it to your specific needs, giving you complete control over the rendering of space.

But "Stellar Eclipse" is not only a work of visual art; it is also a technological achievement. Its optimization for performance ensures a smooth and seamless experience when exploring the depths of space. Interaction with this model is intuitive, making it easy to navigate the constellations and immerse yourself in the mysteries of the universe.

In short, "Stellar Eclipsis" is much more than a 3D model. It is a window to the cosmos, a powerful teaching tool and a masterpiece of visual representation that will captivate all lovers of space and astronomy.

Material Type: "Galactic Polymer Ultraresistant" (PGU)

Extruder Temperature: 220°C

Printing Bed Temperature: 60°C

Printing Speed: 60 mm/s

Layer Thickness: 0.15 mm

Filling (Infill): 75%

Supports: Activated, 30% density

Displacement speed: 120 mm/s

Cooling: 50% of fan power

Perimeter Layers (Wall Thickness): 3 perimeter layers

Shrinkage (Retraction): 3 mm shrinkage at 60 mm/s

Adhesion to the Base: Printing bed with "Stellar Nanoagar" surface