Seven of Nine Jeri Ryan Star Trek 3d print Figurine TEXTURED 3D print model
cgtrader
Seven of Nine from Star Trek: Voyager stars Jeri Ryan takes shape in a stunning 3d print and textured figurine. In the iconic pose that's become synonymous with the character, this incredible model is sure to captivate any fan of the beloved series. A treasure trove of design files accompanies the model, including both Obj and Stl versions of Seven of Nine herself and her base - all ready for seamless 3d printing. To complete the set, a textured OBJ version allows fans to customize their figurine with an unparalleled level of detail. At your fingertips are several files, specifically crafted to make 3d printing accessible and error-free. Should issues arise, don't worry – simply utilize Cura slicer, proven effective in detecting and resolving problems within the model's design. For home 3d printers, please note two special file recommendations: 'Seven Of Nine Textured Small 500K polys Color Printer.rar' and 'Seven of Nine Home 3d Printer TEXTURED.zip'. These compact files cater specifically to smaller printer requirements and provide a high level of quality. On the other hand, large industrial files come with millions of polygons for superior fidelity on scale. Detailed modeling includes every crucial aspect: - Intricately textured face and head - Every hair strand meticulously designed and arranged just like in Jeri Ryan's original portrait - Glistening eyes and subtle, accurate detail work for realism Every element has been modeled to be faithful to the character and pose – right down to her impressive uniform. Fans of the series will cherish every part of this detailed replica. Enjoy!
With this file you will be able to print Seven of Nine Jeri Ryan Star Trek 3d print Figurine TEXTURED 3D print model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Seven of Nine Jeri Ryan Star Trek 3d print Figurine TEXTURED 3D print model.