Orgonite and selenite bowls are made using specific materials and processes to harness and transform energy. Orgonite combines organic (resin) and inorganic (metal shavings, crystals) materials to create a device that is said to transmute negative energy into positive energy. Selenite bowls, often used as charging stations for crystals or as decorative pieces, are typically made by carving or shaping selenite into a bowl form. 
Orgonite Creation:
1. Materials:
Orgonite is typically made from a combination of:
Resin: A catalyzed fiberglass resin, often epoxy resin, serves as the matrix to hold the other materials together.
Metal Shavings/Powder: Metal, such as copper, brass, or aluminum, is used for its ability to attract and conduct energy.
Crystals: Quartz crystals, often embedded within the resin, are believed to amplify and direct energy flow.
2. Process:
The resin is mixed with a catalyst to begin the curing process.
Metal shavings and crystals are added to the resin mixture.
The mixture is poured into a mold, often pyramid-shaped, but other shapes are also used.
The resin is allowed to cure, hardening and locking the materials in place.
The finished orgonite piece is removed from the mold. 
Selenite Bowl Creation:
1. Material:
Selenite, a form of gypsum, is a naturally occurring mineral with a smooth, translucent appearance. 
2. Process:
Selenite is typically carved or shaped into a bowl form using specialized tools. 
The edges and surface of the bowl are smoothed to create a finished piece. 
The finished selenite bowl can then be used for various purposes, such as holding crystals, jewelry, or other items. 
Key Differences:
Composition:
Orgonite is a composite material of resin, metal, and crystals, while selenite bowls are made from a single mineral. 
Function:
Orgonite is believed to actively transform energy, while selenite bowls are primarily used for holding or displaying items and potentially amplifying their energy.