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About Project

This 3D printed full-color figurine portrays a woman standing confidently with her arms crossed, embodying a poised and self-assured attitude. From her relaxed stance to the lifelike expression on her face, every detail is precisely recreated thanks to the power of White Jet Process (WJP) full-color 3D printing.

Dressed in a casual yet stylish outfit – a black blazer layered over a blue graphic T-shirt, paired with gray pinstriped pants and blue sneakers – the figurine captures a realistic everyday look with incredible fidelity. Her long, brown hair flows naturally down her shoulders, and the subtle creases in her clothing, along with the texture of her shoes, demonstrate the precision and color depth achievable with WJP technology.

WJP (White Jet Process) is a polymer jetting-based 3D printing technique similar to inkjet printing. It builds parts layer by layer by jetting and instantly curing colored photopolymers, resulting in high-resolution, full-spectrum models ideal for personalized figurines, prototypes, and creative displays. The figurine stands on a clean white base, ensuring stable display while emphasizing its clean contours.

Whether used for a personal keepsake, a commemorative gift, or a collector's model, this piece highlights the potential of full-color 3D printing to preserve personality and style in physical form.

FacFox offers professional full-color 3D printing services using WJP and other advanced technologies. From human figurines to character models and intricate prototypes, we bring your designs to life with rich color accuracy and fine surface detail. Upload your files or ideas today and let us turn them into stunning, tangible art.

Solution

• Step 1: A full-color 3D model file was prepared by the client, complete with detailed texture maps and exported in a WJP-compatible format (e.g., VRML or OBJ with MTL).
• Step 2: The model file was imported into the WJP printer’s software and automatically sliced into thin horizontal layers.
• Step 3: During printing, the print head was moved along the X and Y axes, and droplets of colored and white UV-curable resin were precisely jetted onto the build platform.
• Step 4: Simultaneously, ultraviolet (UV) light was emitted along the movement path to instantly cure each droplet layer as it was deposited.
• Step 5: After each layer was printed and cured, the build platform was lowered incrementally along the Z-axis by one layer thickness.
• Step 6: Steps 3 through 5 were repeated layer by layer until the entire model was completed.
• Step 7: Once printing was finished, the model was carefully removed from the platform and any support structures were detached.
• Step 8: The surface was post-treated with a curing agent or coating to enhance color vibrancy and improve durability.