eSUN PLA Marble
eSUN PLA Marble
eSUN PLA-Marble filament is a composite PLA material that produces a natural, stone-like marble texture throughout the print. This uniform texture creates consistent, visually appealing results ideal for art, decoration, and creative projects. Made from biodegradable, eco-friendly raw materials, the filament prints smoothly with minimal warping and low shrinkage. Compatible with most FDM printers, it offers reliable feeding and precise surfaces using standard PLA printing settings.cubictech+2
Key Features:
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Marble-like appearance with uniform stone texture throughout the print
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Eco-friendly and biodegradable PLA base derived from renewable plant resources
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Low odor and suitable for home and educational use
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Smooth surface finish with no wire-drawing or bubbling issues
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Low material shrinkage with consistent diameter for stable prints
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Matte finish enhances natural stone look and feel of prints
Matte Surface - Delicate and Non-layered, Good Printing Effect
eSUN PLA Marble filament combines PLA with natural marble elements to produce prints with a subtle, realistic marble texture and an elegant matte finish. The surface is delicate and non-glossy, effectively masking layer lines for a visually pleasing, smooth appearance. This makes it well-suited for artistic and decorative items such as vases and sculptures that benefit from a natural stone look.
Clear Lines & Realistic Texture
The filament maintains consistent diameter and tight printing tolerances, enabling clear, sharp lines and accurate reproduction of fine details. Its natural marble speckles are randomly dispersed throughout the print, giving each model a unique, realistic stone-like texture. This enhances the visual appeal of prints by creating organic patterns similar to actual marble, ideal for both functional and decorative applications.
No Warping, No Plugging - Easy to Print Large Models
eSUN PLA Marble is designed for ease of printing with minimal warping and reliable extrusion performance. The filament has a recommended printing temperature of 190-230°C, heated bed at 45-60°C, and fan speed at 100%, optimizing smooth flow and excellent layer adhesion. Its consistent roundness and resistance to plugging make it suitable for large prints without frequent clogs or tangling, facilitating hassle-free production of sizeable and detailed models.
