Mad Hatter Alice File is a package of STL files for 3D printing

Suitable for Mad Hatter Alice stl file, SLA/SLS (Resin) and FDM type 3D printers. Some models are shipped both supported and unsupported.
For models that may cause difficulties in large or one-piece printing, we send them divided (as separate assembly parts) to avoid problems. So you will get the cleanest results possible.

For best printing, STL files in recommended locations. Therefore, 3D printing beginners will not face difficulties when placing parts on the printing plate. The models are in STL/OBJ format, the format that most 3D printers support.

After purchasing the Mad Hatter Alice file, you can download it via the google drive link sent to you.

-As the file sizes are usually very large, they are sent via Google Drive. You can download your stl file from google drive using the link in the file we send you after your purchase.

– As the Stlplaza team, we provide email support for our customers’ problems.

Visit our blog page for information on how to print 3D models, how to combine them and much more.

There are several important points to consider when printing figures from STL files on a 3D printer:

File Quality: For a good print, it is important that the STL file has sufficient resolution. The file must have a sufficient number of polygons to avoid losing detail.
Supports: Some complex figures, especially if there are overhangs (overlapping parts), require supports during printing. These supports help the figure to be properly formed during printing.
Print Material: Different materials have different printing properties. Materials such as PLA, ASA, ABS or Resin require different temperature and print settings, you need to determine which material you are using and make the appropriate settings before printing.
Layer Thickness: Print quality also depends on layer thickness. You can get smoother results by using thinner layer thickness, but this will result in longer print times.
Printing Environment: Before printing, you need to set up a 3D printing environment.