Programmable Chain Manipulation Technology
Ciemmeo manipulated chain machines operate through advanced software control that precisely manages every movement applied to the chain.
Twisting, stretching, squeezing, and controlled deformation are executed with absolute repeatability, allowing the transformation of standard base chains into complex and distinctive designs.
The process preserves structural integrity while introducing new visual effects, enabling the production of chains that would be impossible to obtain using conventional chain manufacturing equipment.
Machines Included In The Manipulated Chains Family
The Manipulated Chains family includes dedicated machines developed to cover different manipulation intensities and production requirements.
Each model is optimised for precision, stability, and creative flexibility.
The FG2 is designed for controlled manipulation of chain links, enabling basic twisting and shaping operations.
It is ideal for introducing decorative effects while maintaining high production stability.
The FG5 extends manipulation capabilities through advanced programmable control.
It allows the creation of more complex patterns by combining multiple manipulation movements within the same chain sequence.
The FG7 is designed for high-speed production of manipulated chains.
It delivers advanced twisting and shaping operations at elevated output rates, ensuring consistent quality even during continuous industrial production.
Transforming Traditional Chains Into New Designs
With chain manipulation machines, manufacturers can convert standard chain types into exclusive and original designs without changing the base chain production process.
This approach reduces development time while dramatically expanding design possibilities.
Chains produced through manipulation processes exhibit unique geometries and textures that stand out in high-end jewellery collections.
Precision, Repeatability And Production Efficiency
All Ciemmeo manipulated chain machines are engineered to deliver precise and repeatable results.
Programmable parameters ensure that every chain segment is manipulated in the same way, batch after batch.
The robust mechanical structure, combined with intelligent control software, ensures reliable performance, reduced setup time, and efficient integration into existing production lines.
