Model optimized for 3D printing

Dracula is a legendary vampire created by Bram Stoker in his 1897 novel. He represents the figure of the Transylvanian count, an immortal being who feeds on the blood of the living and symbolizes darkness, mystery, and the seduction of evil. With his elegant bearing and hypnotic gaze, Dracula combines nobility and monstrosity, moving between aristocracy and the supernatural. His story, set among Gothic castles and foggy nights, has made him one of the most iconic and enduring characters in horror literature and cinema.

FDM Printing (Filament)

General Parameters:

Layer Height: 0.16 – 0.20 mm (fine detail) / 0.28 mm (fast)

Nozzle Temperature: 200 – 210 °C (PLA), 230 – 250 °C (PETG), 240 – 260 °C (ABS)

Bed Temperature: 50 – 60 °C (PLA), 70 – 90 °C (PETG/ABS)

Print Speed: 45 – 60 mm/s (fine detail), 80 mm/s (fast)

Retraction: 0.8 – 2 mm at 25–45 mm/s (depending on extruder)

Cooling: 100% for PLA, 30–50% for PETG, 0% for ABS

Bed adhesion: Brim or skirt (3–5 lines); Use glue or lacquer if it peels off.

Infill: 15–25% for regular parts, 50–100% for structural parts.

Shells/Perimeters: 2–3 walls (minimum 1.2 mm)

Resin Printing (SLA / LCD / DLP)

General Parameters:

Layer Height: 0.03–0.05 mm (high detail)

Base Exposure Time: 25–35 s (first 5–8 layers)

Normal Exposure Time: 1.8–3 s (depending on resin and screen power)

Retraction/Lift Speed: 60 mm/min (up), 120 mm/min (down)

Ambient Temperature: 22–28°C ideal

Supports: Model tilt between 30°–45°, supports Medium on delicate areas

Wash: 90–99% isopropyl alcohol (2 min with agitation or ultrasound)

UV Cure: 3–6 min total (depending on color and curing strength)