GlassBuild America 2023 Unveils Glaston’s Cutting-Edge Innovations
Glaston introduces the ACTIVE‘SEALER, an automated sealing robot with precision dosing technology, ensuring top-notch sealing quality. The MULTI’ARRISSER, a 3-in-1 solution, offers high-speed glass edge arrissing, flat edge arrissing, and corner dubbing. Additionally, the revolutionary TPS® simplifies insulating glass production, eliminating the need for multiple spacer profiles and connectors.
Revolutionizing Flat Glass Tempering with AI and Automation
Glaston’s advanced heating and cooling technologies enhance glass quality and energy efficiency. The Glaston Autopilot minimizes human error by automating the tempering process, and the online stress calculation solution optimizes quenching energy. The White Haze Scanner, powered by AI, swiftly detects imperfections in processed glass.
Leading the Way in Flat Glass Laminating
Glaston’s ProL flat glass lamination line offers unmatched flexibility for mixed production, complemented by new convection control technology. Automation takes center stage with the lamination process autopilot, optimizing furnace operations. Upgrading to full convection technology drastically reduces energy consumption in the laminating process.
Innovations in Automotive and Display Glass Processing
The latest CHAMP EVO features high-precision grinding, reducing maintenance and wear. Glaston’s cutting-edge MATRIX EVO automatic bending furnace ensures exceptional optical quality for complex shapes, meeting the demands of advanced automotive applications.
Elevate Efficiency with Glaston’s Upgrades
Discover energy-efficient upgrade options for glass heat treatment, insulating glass manufacturing, and automotive and display glass processing. Enhance capacity, output quality, and uptime by integrating Glaston’s latest technologies into existing processing lines.
Join at booth 4049 to explore these groundbreaking innovations with Glaston’s industry experts!
Source: Glaston Corporation with additional information added by GlassBalkan
