The chain transformation machinery by Ciemmeo is designed to convert standard chains into new, refined, and value-added jewellery products.
Dedicated machines and specialised tooling reshape a standard chain into a different design.
These machines work on chain that has already been made, changing its geometry, structure, surface or assembly. The chain-making line itself stays as it is.
The Chain Transformation family includes a wide range of machines covering multiple processing stages, from straightening and limbering to soldering, hammering, assembly, and decorative manipulation.
Between them they cover every stage of the transformation, from the chain as it leaves the chain-making machine to the finished one.
Machines such as MMA, MMC1, SN4, and SN7 prepare and condition chains for further processing.
They set the chain’s geometry, flexibility and alignment before it goes on to the next operation.
SCIP8, SCIP9, MTSF2, and MTSF3C perform precise soldering operations that permanently modify chain structure.
Laser and traditional soldering technologies are used to ensure clean joints, consistent strength, and reliable results.
PS2B, PB2, PS1, MR, and MMR apply controlled mechanical force to reshape and calibrate chains.
They compact the chain and bring up its surface without losing dimensional accuracy.
Machines such as MAC1, MT, MIB1/2, MIB3, MIT, and MIP introduce bars, strips, beads, and braided elements into existing chains.
None of these effects can be produced on a chain-making machine alone.
With chain transformation machinery, manufacturers can significantly expand their product range without investing in entirely new chain making lines.
A standard chain becomes the starting point for a new collection.
A manufacturer can answer a new design request using chain already in stock.
Chain transformation machinery by Ciemmeo: dedicated machines that turn standard chains into new products with precision and efficiency.
All Ciemmeo chain transformation machines are engineered for precision and repeatability in industrial environments.
Programmable controls, modular tooling, and robust mechanical structures ensure reliable performance and consistent output.
Industry 4.0-ready solutions allow monitoring, diagnostics, and integration into modern production workflows.
