Dual-Layer Cloth Face Mask 3D model

Dual-layer cloth face mask, ready for use in CGI applications. Modeled in Carrara Studio and provided in multiple file formats. Mask is provided as two models - one flattened and one formed to fit a human face. Both models feature subdivision-ready all-quad construction and are provided in three resolutions - base mesh, subdivision level 1, and subdivision level 2.

The low-polygon base mesh can be easily adjusted to precisely fit your character model, then subdivided to create a high-resolution model. Mask texture is provided in layered Photoshop format, allowing you to apply your own custom image.

Model specifications:

• Objects: 4
• Quads (Base Mesh): 1,178
• Quads (Subdivision Level 1): 4,712
• Quads (Subdivision Level 2): 18,848
• Textures: 2

Each model uses two textures: one for the front side and one for the back side. Both textures are 2,048 x 2,048 px and are provided in PSD, BMP, and JPG formats. The layered Photoshop format allows for easy replacement of the printed image on the front side of the mask.

Product includes:

• 6 OBJ models - flattened and formed masks, each represented as base mesh, subdivision level 1, and subdivision level 2
• 6 FBX models - flattened and formed masks, each represented as base mesh, subdivision level 1, and subdivision level 2
• 6 3DS models - flattened and formed masks, each represented as base mesh, subdivision level 1, and subdivision level 2
• 6 STL models - flattened and formed masks, each represented as base mesh, subdivision level 1, and subdivision level 2 (each is single-piece, not optimized for 3D printing)
• 1 Carrara Studio model (CAR format) - includes flattened and formed masks, each provided with adjustable subdivision, along with lights and cameras
• 2 Texture maps (PSD, BMP, and JPG formats) - front side and back side
• 1 Read Me text file (TXT format)

If you have any questions, either before or after purchasing this model, please feel free to contact me here on CGTrader and I will help in any way possible.

CBSpicer