Upgrade Your Electroforming Setup with This Ingenious Solution -Anode cage- Electroforming is an exciting process that allows you to create intricate copper objects with unique textures and shapes. However, connecting multiple copper anodes to the power source can be a real challenge. That's where an anode cage comes in.    An anode cage is a conductive grid made of a metal, such as titanium or platinum, that is inert to the acidic environment of the electroforming tank. It connects multiple copper anodes together and holds them securely in place during the electroforming process. This eliminates the need for clips and wires, simplifying the setup and improving the overall efficiency of the electroforming process.  To make an anode cage, start by cutting a plane grid of titanium or platinum in half and shaping it to fit the dimensions of your electroforming container. You can use an angle grinder and a hammer to shape the cage. Once you have the shape you need, prepare an anode bag

Welcome to the fascinating world of electropatina. This technique allows you to transform plain copper into captivating pieces of art with stunning colors and unique patterns. Join me as we explore the step-by-step process, discuss the creative possibilities, and uncover the secrets behind achieving breathtaking results.   Electropatina: Unleashing the Magic of Color on Copper If you're looking to add a touch of enchantment to your copper creations, electropatina is the perfect technique to explore. With its ability to transform plain copper into vibrant, multicolored works of art, electropatina offers a world of creative possibilities. In this post, I will take you through the step-by-step process, discuss the necessary equipment, highlight important safety precautions, and explore various techniques to help you master the art of electropatina. Equipment: To successfully carry out the electropatina process, you will need a few essential pieces of equipment:  The recipe to make th

This is the first tutorial for the new year, and I wanted to make something simple that every beginner electroformer can do to upgrade its electroforming solution. It's a cheap and safe way to make a brightener and also to improve the conductivity of the electroforming solution. The substance we are going to use is called PEG. PEG = Polyethylene Glycol = H-(O-CH2-CH2)n-OH PEG stands for Polyethylene Glycol, commonly used as laxative for children, but it is also a good electrolyte for the copper electroforming solution. It doesn't contain metallic ions that could interfere with the growth of the copper deposit. It has a high boiling point, which helps to dissipate heat generated during the electroforming process. The high viscosity, allows for process stability, helping to prevent distortion of the substrate of the copper deposit which can improve the surface quality. If you live in the US you can find it with the name of Miralax which is a specific brand name for PEG 3350. Whil