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Technologies we use

In the world of glassmaking, there are various innovative technologies that allow us to transform ordinary pieces of glass into unique works of art and functional objects. These include sandblasting, gluing, hydro glaze, water jet cutting, pressing, and grinding.

Each technology provides its own creative approach, allowing designers and craftsmen to express their ideas and bring crystal to life in extraordinary ways.

Information about individual technologies

Learn about the advanced techniques we use to craft and enhance our glass products. Each technology represents a unique step in the process of transforming raw materials into exquisite works of art, combining precision, tradition, and innovation.

Grinding
Firing
Gluing

Sandblasting

Sandblasting is a process in which fine sand or other abrasive materials are sprayed onto the surface of the glass. This process allows for the creation of various surface patterns, textures, and designs on glass surfaces.

Water Jet Cutting

Water jet cutting is a technique where a high-pressure water jet is sprayed onto the surface of the glass. This process allows for the creation of precise cuts and patterns on the glass.

Grinding

Grinding is a technique used to modify and perfect the surface of glass. Special grinding tools and abrasive materials are used to achieve a certain shape, smoothness, and shine on glass objects.

Squeezing

In the world of glassmaking, squeezing refers to the methodology of shaping and modelling small glass mouldings according to desired shapes and curves. The term originated from a process in which a heated glass rod is squeezed into a mould using a hand tool called glass tongs.

Hydroglaze Staining

In hydroglazing, a special paint is sprayed onto the surface of the glass, which colours the glass and creates different patterns and effects. This process can create a wide range of colour variations and designs on glass surfaces.

Gluing

Gluing is a technique of joining glass parts using special glues. These adhesives can be transparent, which makes it possible to create a solid bond without visible transitions between the glass parts being joined.

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Discover the world of crystal artistry and innovation behind our creations.