Cyanide-Free 24K Hard Gold Jewelry Electroforming Machine
PLC-dosed, cyanide-free 24K electroforming for 5D structures.

Electroforming builds a piece up atom by atom on a master, which is how a 25 gram hollow necklace replaces a 50 gram solid one. These two machines cover the jewelry route and the nameplate route.
Cyanide-free 24K hard gold and nickel sticker electroforming, both under PLC or timed control.
PLC-dosed, cyanide-free 24K electroforming for 5D structures.
Four tank sizes from 100 to 180 litres for electroformed nickel labels, logos and nameplates.
Electroforming reduces product cost by 20 to 50 percent while the surface remains the same karat gold.
Large, openwork and three-dimensional pieces that could not be made solid without being unwearable.
Electroformed nickel reproduces a screen-printed master down to the edge of the letterform.
The 24K machine runs a cyanide-free bath, which removes a licensing, ventilation and insurance problem from the jewelry factory.
Replenishment is metered against the metal actually deposited, not against the operator's judgement.
Bath temperature is the variable that decides wall thickness uniformity, and one degree is the published tolerance.
A liquid recovery basin on the jewelry machines returns carry-over metal to the process.
Bath cleanliness, drag-out recovery and de-plating for plants running precious metal baths.
Electroforming, plating, acid finishing and scrap recovery for factories making gold and silver pieces.
Electroformed nickel labels, logos and trademarks from a screen-printed stainless master.
2: Cyanide-Free 24K Hard Gold Jewelry Electroforming Machine, Metal Nickel Sticker Electroforming Machine.
Both. Every machine has a published standard specification, and size, capacity and function are customisable on request.
Normally 7 to 15 working days after order confirmation. Customised machines may take longer depending on complexity.
Send the feed material, the daily volume and the floor space available and we will come back with a size, a capacity and a power requirement.