While the head and hands will be vinyl - you have a choice of two different types of body - one is referred to as Cortex and the other as Vinyl. Both body types are pre-built.
Crafting Smart Doll is a process that blends art, engineering, and a dab of chaos. One of the most challenging steps is electroplating the molds for vinyl casting—a process that, even after decades of refinement, remains as unpredictable as nature itself.
The photos here show electroplated forms—metal shells that become the foundation of our molds. While they may look like relics pulled from the abyss, they are shaped by metal ions, electric currents, and natural physics. Electroplating is never perfectly smooth.
Here’s why:
Here’s why:
- Metal Grows Organically – As metal ions deposit onto a surface, high-current areas (edges and raised sections) attract excess buildup, forming dendrites and nodules—the coral-like textures you see.
- Gas Bubbles Interfere – Tiny gas bubbles form during plating. If trapped, they create pits, rough textures, and uneven deposits.
- Microscopic Contaminants Exaggerate the Effect – Even the smallest dust particles or oxidation can alter plating, ensuring that no mold is ever completely smooth.
- Imperfections Exist Inside the Mold Too – These artifacts aren’t just on the surface—the inner mold, where vinyl is cast, carries these irregularities as well, transferring tiny bumps and quirks onto every Smart Doll.
Many don’t realize that this unpredictability extends beyond surface imperfections—it also impacts development time. Creating a single component can take over six months, as each mold usually goes through multiple electroplating attempts.
Despite careful preparation, some molds collapse mid-process, develop weak spots, or fail entirely due to the uncontrollable nature of electroplating.
Each attempt is left to the forces of chemistry and physics, and when a mold isn’t viable, we start over—again and again—until we achieve one that meets our standards. This trial-and-error process is unavoidable, but it’s also what makes Smart Doll possible.
Each attempt is left to the forces of chemistry and physics, and when a mold isn’t viable, we start over—again and again—until we achieve one that meets our standards. This trial-and-error process is unavoidable, but it’s also what makes Smart Doll possible.
So when you notice tiny bumps, air bubble pockets, stretch marks, or subtle textures on your Smart Doll, know that they are part of their story—a fingerprint of the electric dance that brought them to life, a testament to craftswomanship over conventional mass production.