A Thousand Reflections

MODEL DETAILS

Height: 14 cm

Formats included:
STL
3MF

Recommended printing technology:
Resin / Photopolymer 3D Printer

Compatible printer technologies:
SLA, DLP, LCD Resin 3D Printers

This model is specifically designed for high-resolution resin / photopolymer 3D printing. A photopolymer printer is strongly recommended to reproduce the fine facial details, hair, textures, flowing forms, and smaller sculptural elements accurately.

PRINTING INSTRUCTIONS

1. Download the STL or 3MF file after purchase.

2. Import the model into your preferred resin slicing software.

3. This model is intended for SLA, DLP, or LCD photopolymer 3D printers. Make sure your printer is suitable for detailed resin printing.

4. Check the model orientation and inspect all areas for potential support requirements.

5. Add supports according to your specific photopolymer printer, resin, and preferred printing workflow. Pay particular attention to the fine facial details, hair, flowing forms, and smaller sculptural elements.

6. Use suitable exposure time, layer height, lift speed, and other settings recommended for your specific SLA, DLP, or LCD photopolymer printer and resin.

7. Slice the model and transfer the prepared file to your photopolymer 3D printer.

8. After printing, wash the model according to the instructions provided by your resin manufacturer.

9. Fully cure the printed sculpture using the recommended curing procedure for your resin.

10. Carefully remove the supports and clean any remaining support marks.

11. The finished sculpture can be lightly sanded, primed, and painted if desired.

For the best result, use a high-resolution SLA, DLP, or LCD photopolymer 3D printer and a quality resin suitable for detailed sculptures.

This model is not intended for standard FDM filament 3D printers. Due to the fine facial details, hair, textures, and small sculptural elements, a photopolymer resin printer is strongly recommended.

Printing results may vary depending on printer resolution, resin type, exposure settings, layer height, orientation, support placement, and post-processing.