1/10
This is a detailed 3D printable character figurine featuring a stylized cat designed as a steampunk-era professor, scholar, or inventor. The character is portrayed wearing classic academic attire, round glasses, and holding books and scientific instruments, giving it a strong narrative and personality-driven presence.
With a total height of 280 mm, this model is ideal for collectors, display purposes, studio showcases, and artistic painting projects. The sculpt blends whimsical charm with steampunk aesthetics, combining soft organic forms like fur and facial features with structured clothing, accessories, and props.
The design focuses on readability and balance, making it suitable for both resin and FDM printing. Surface details such as fur texture, layered clothing folds, buttons, books, and accessories are clearly defined, ensuring excellent results after printing and post-processing.
This model is well suited for:
Display statues and collectible figures
Steampunk-themed decor
Character art showcases
Painting and finishing projects
Portfolio presentation for 3D artists
Diorama scenes or storytelling setups
The neutral standing pose provides stability during printing and display, while the stylized proportions make the figure visually appealing from all angles. Painters can easily experiment with different materials such as aged metal, leather, fabric, and paper effects.
3D printing settingsModel Specifications
Type: Stylized character figurine
Theme: Steampunk / Professor / Scholar
Height: 280 mm
Print-ready geometry
Suitable for scaling
Recommended Print Settings
Resin Printing (Best for Fine Details)
Layer height: 0.05 mm
Supports: Required (medium density)
Orientation: Slight tilt recommended to reduce suction
Infill: Solid (default for resin)
Exposure: Follow resin manufacturer guidelines
Post-processing: Wash, cure, light sanding if needed
FDM Printing
Layer height: 0.16–0.2 mm
Nozzle size: 0.4 mm (0.3 mm for higher detail)
Infill: 10–15% (gyroid or cubic)
Supports: Yes (tree supports recommended)
Print speed: 40–60 mm/s
Material: PLA, PLA+, or PETG
Bed adhesion: Brim or skirt recommended
For best results, printing at the original scale or larger is recommended to preserve surface details.
REVIEWS & COMMENTS
accuracy, and usability.
