All raw materials are stored, weighed, and mixed to create the ideal mass composition that will be placed in the furnaces, where it will be melted and vitrified.

In the furnaces, raw materials are melted at high temperatures of 1500 to 1600°C. The liquefied glass flows through a large tank and goes through the "tuning" stage to ensure the melted glass is evenly heated. This step is crucial for creating high-quality glass products.

Glass molding happens in two stages. First, the melted glass is poured into an initial mold, giving it a basic shape called "parison." Then, this pre-shaped form is moved to a final mold, where it takes its finished shape.

During molding, the glass touches cooler mold walls, making the outside colder than the inside due to glass's poor heat conductivity. To fix this, the glass undergoes annealing—a heat treatment that evens out the temperature and removes any internal stress.

After annealing, the containers are moved to automatic inspection machines that use advanced detection systems to identify and remove any defective containers.

At the end of the production line, the containers are packed in layers on pallets and wrapped in plastic film for protection and easy transport. The packages are then heated in a machine to shrink the film tightly around them, and are now ready to be moved to the storage area.

The glass containers are delivered to our clients, where they are filled with products and prepared for distribution to provide safe and unique experiences to the consumers.

After use, glass containers are placed in recycling bins to be reused in the production of new glass. The more we recycle, the more sustainable we become. Recycling helps save CO₂ emissions, energy, waste, and raw materials.

Used glass containers are collected, cleaned, and brought back to our facilities to be reused in the glass packaging production process, contributing to the circular economy.