Gwenom (Spider-Gwen / Venom) 3D Print File: Symbiote Heroine STL - 1:6 & 1:9 Scale Options - Ready-to-Print, Split & Supported

Unleash the dark allure and formidable power of Gwenom, the symbiote-bonded Gwen Stacy, from the Marvel Spider-Verse into your collection with this captivating 3D printable STL file! This highly detailed model captures her iconic fusion of Spider-Gwen's design with the fluid, menacing aesthetics of the Venom symbiote, making her a truly unique and powerful addition for any Marvel fan, comic book collector, or enthusiast of compelling anti-heroes.

Model Features:

• Highly detailed statue of Gwenom, combining the beloved Spider-Gwen with the formidable Venom symbiote.
• Captures her distinct design, dynamic pose, and the flowing, organic nature of the symbiote.
• Ready-to-Print: The file is optimized for easy and efficient 3D printing.

Available Scales & File Types:

• 1:6 Scale (Split): A larger, highly detailed option, intelligently split into parts for superior print quality and manageability.
• 1:6 Scale with Supports: The 1:6 scale model comes with pre-placed supports, optimized for resin printers, ensuring a smoother and more reliable printing experience.
• 1:9 Scale (Split): A versatile size, providing good detail while being more manageable.
• 1:9 Scale Merged: This version is provided as 3 pre-merged files for the 1:9 scale, designed for convenience in printing larger components or specific sections together.

Included Files:

• STL files for 1:6 (split) and 1:9 (split) scales.
• Pre-supported version specifically for the 1:6 scale.
• A "Merged" version for the 1:9 scale, consisting of 3 distinct STL files.

Use Cases:

• A stunning display figure for Spider-Man fans, Venom collectors, and Spider-Verse enthusiasts.
• A challenging and rewarding painting project for miniature and model artists.
• A unique gift for anyone who loves the Marvel Universe and 3D printing.

Digital Product Only – STL files for 3D printing. No physical item included. A Resin 3D printer or printing service is required to create the physical model.