Working Glass

Glass cutting is carried out using high-precision systems that ensure accurate dimensions and smooth edges.
This process allows the production of custom panels according to project specifications, guaranteeing consistent quality and repeatability even for complex productions.

Edge grinding improves both the aesthetics and safety of glass. Through various finishing techniques, we ensure uniform surfaces and polished edges, ready for subsequent processing or final installation.

Precise and clean drilling is essential for integrating technical components, mounting systems, or functional passages. The process is designed to preserve the integrity of the glass and ensure reliability even in high-performance applications.

Washing and drying are crucial steps to remove impurities and residues from processing. This ensures perfectly clean surfaces, essential for subsequent processes such as screen printing, lamination, or technological applications.

Laser engraving allows the creation of markings, logos, text, or technical details directly on the glass. It is a precise and durable process, ideal for product identification or functional and aesthetic customizations.

Applying silver paste produces conductive surfaces on glass, a key element for Aglatec’s electroconductive solutions. The process is performed with extreme precision to ensure uniformity and reliability.

Screen printing on glass allows the application of graphics, colors, decorative, or functional elements. This process is used for both aesthetic and technical purposes, guaranteeing long-lasting resistance and quality.

Tempering is a heat treatment that significantly increases the mechanical and thermal strength of glass. Through a controlled heating and rapid cooling process, tempered glass provides greater safety and reliability, making it suitable for technical and industrial applications requiring high performance.

Aglatec performs the assembly of insulating glass units, combining multiple panes to enhance thermal and functional performance. This process is particularly suitable for technical and special applications requiring high performance.

Lamination consists of bonding multiple glass panes using specialized interlayers. The result is safer, stronger glass suitable for advanced technological solutions, even when specific requirements are present.

Display case assembly involves the production of glass display units for professional refrigeration, such as ice cream cabinets and food showcases.
This phase includes the integration of processed glass and structural components, ensuring dimensional accuracy, stability, and reliability of the final product while meeting project specifications and quality standards.

Maintenance panels are produced through a process that combines screen printing, silver paste application, and subsequent glass tempering to create high-performance conductive surfaces.
Each panel is then tested to ensure reliability, safety, and consistent performance in professional applications.