Electroplating and surface finishing are critical processes in the jewellery industry, enhancing not only the visual appeal of ornaments but also their durability, corrosion resistance, and market value. With rising consumer expectations for quality, longevity, and sustainability, these technologies have become central to modern jewellery manufacturing.

Importance of Electroplating in Jewellery

1. Aesthetic Enhancement
   • Provides lustrous finishes such as rhodium, gold, silver, and platinum plating.
   • Enables diverse colour tones (yellow, white, rose gold, black rhodium, etc.) to meet fashion trends.
2. Durability & Protection
   • Prevents tarnishing and corrosion of base metals like silver, copper, or brass.
   • Adds a protective layer that improves scratch resistance and wearability.
3. Cost Efficiency
   • Allows use of base metals with a thin coating of precious metal, reducing production costs while maintaining luxury appeal.

EUROTecniche has been a trusted name in surface treatment and finishing solutions for over 20 years. They focus on the design, production, and global distribution of both manual and automatic galvanic systems—all proudly made in Italy. They are specialists in precious electroplating chemistry, galvanic plating plants, ceramic enamels, and electro-polishing machines.

In India, EUROTecniche provides tailored solutions for the jewellery manufacturing sector. core strength lies in adapting our cutting-edge Italian technology to meet the specific demands of Indian goldsmiths, silversmiths, and jewellery manufacturers. 

LEM FENICE is a next-generation manual galvanic system, designed to offer maximum control in metal deposition and tailor-made electrodeposition solutions for the fashion, luxury, and design industries.Thanks to artisanal craftsmanship and the precision of our specialized operators, LEM FENICE allows for the treatment of accessories with the most complex geometries, ensuring uniformity and impeccable quality.

The process begins with the manual mounting of items onto frames, followed by immersion in galvanic baths and subsequent electrodeposition, meticulously controlled in every detail to achieve high-end finishes—both aesthetically and in terms of performance.