1/3
Bring the iconic biomechanical terror of Neon Genesis Evangelion to your collection with this highly detailed EVA Unit-01 Head Bust! Designed for 3D printing hobbyists, anime collectors, and mecha fans, this model features sharp angles, iconic organic-mechanical armor contours, and an custom custom-designed skeletal display pedestal engraved with EVA UNIT 01.
Whether you're printing in multi-color on an AMS system or printing individual color-separated pieces to assemble and paint, this model delivers an absolute showstopper for your desk or display shelf.
Key FeaturesIconic Anime Accuracy: Captures the aggressive silhouette of Shinji Ikari’s EVA Unit-01, complete with its elongated horn, distinctive jawline, side vents, and neck armor.
Custom Display Stand Included: Comes with a custom-engineered, skeletal frame display base with raised EVA UNIT 01 lettering for a professional museum-style look.
Multi-Part / Multi-Color Friendly: Split into logical geometric components so you can easily assign colors (Purple, Green, Yellow, Red, Silver/Grey) for direct multi-material 3D printing (Bambu AMS / MMU) or individual part painting.
Fit for Standard Desktop Printers: Scaled and split to fit comfortably on standard build volumes (such as 256x256x256mm Bambu Lab printers, Ender series, and equivalent desktop FDM/Resin printers).
Files IncludedComplete STL / 3MF Set: High-resolution digital files for the head assembly, horn, jaw details, and display pedestal.
Keyed assembly components for clean alignment during gluing.
Recommended Print SettingsPrinter Type: FDM or Resin (SLA)
Layer Height: 0.12mm - 0.16mm (recommended for smooth organic curve transitions)
Infill: 15% - 20% (Gyroid or Grid)
Walls / Perimeters: 3
Supports: Tree/Organic supports recommended for the jaw overhangs and horn angle.
Material: PLA, PLA+, or PETG (Metallic Silver recommended for the stand!).
Note: This listing is for digital 3D STL/3MF files only. Physical prints or completed models shown in images are for demonstration purposes.
REVIEWS & COMMENTS
accuracy, and usability.
