ILT Energia participated in the 2026 edition of the Istanbul Jewelry Show, held in Istanbul from April 1st to 4th, presenting its gas generators for jewelry industry and on-site gas production solutions.
In collaboration with Tera Automation, and Italimpianti Orafi, ILT Energia showcased technologies designed for on-site gas generation, ideal for applications such as brazing, furnace supply and thermal processes within the jewelry sector. These solutions are specifically developed to meet the high standards required in jewelry manufacturing, where precision and process control are essential.
The exhibition represented an important opportunity to connect with international professionals and industry experts. It also confirmed the growing interest in on-site gas generation systems, increasingly considered a reliable and efficient alternative to traditional gas cylinders.
ILT Energia solutions for gas generators for jewelry industry are designed to ensure operational continuity, consistent quality and full control over production processes. By generating gas directly on-site, companies can simplify logistics, reduce dependency on external suppliers and improve overall efficiency.
Another key advantage is safety. Eliminating the storage and handling of gas cylinders helps reduce operational risks and ensures compliance with safety regulations, particularly in environments where precision and stability are critical.
In a sector defined by high quality standards and technical requirements, the use of on-site generated gases represents a concrete competitive advantage. It allows companies to maintain consistent production performance while optimizing costs and improving process reliability.
In a sector defined by high precision and strict quality standards, the use of on-site generated gases provides a clear competitive advantage for companies.
The next event will be OroArezzo, where ILT Energia will continue to present its solutions for the jewelry and industrial sectors.
Discover our solutions for the jewelry industry.
