Production

Explore our Production section to see how we bring our designs to life. Learn about our manufacturing processes and the technologies we use to ensure quality and efficiency in every product.

Glassware

Delivering expertly crafted molds for glassware production, ensuring precision and design excellence for every product.

IS

Providing precision-engineered molds for IS machine system to optimize glass container production with maximum efficiency and quality.

Tailor Made Solutions

Designing custom model solutions to meet unique manufacturing needs, combining innovative approaches with precise craftsmanship.

Press

At Tuana, we refine the press method by using advanced materials to mold molten glass with precision. This ensures uniform, detailed designs that meet our high quality standards.

Stemware

Stemware refers to glass products with a stem, such as wine glasses and champagne flutes. These molds are designed for elegance and stability, ensuring a perfect balance and aesthetic appeal in every piece.

Engrawing

Engraving involves etching designs onto glass molds to enhance the visual appeal of glassware. This technique adds decorative elements to both functional and ornamental pieces.

Borasilicate

Borosilicate glass molds produce glassware that resists thermal shock and chemical corrosion, ideal for laboratory equipment, kitchenware, and high-performance items.

Blow

Glass blowing uses a blowpipe to inflate molten glass into intricate, hollow shapes. Tuana excels in this art, merging traditional craftsmanship with modern design to create unique, custom pieces.

Spinning

The spinning technique uses rotation to shape molten glass into symmetrical forms, ideal for making items like bowls and platters with smooth, even surfaces.

TT

Toughened tempered glass molds are engineered to produce heat-resistant and shatterproof glassware. This process increases the strength and safety of glass products, making them suitable for various applications.

Spare Parts

Spare parts for glass molds ensure the longevity and efficiency of production processes. These components can be replaced or upgraded as needed, allowing for continued high-quality output and reducing downtime in manufacturing.