In the realm of glass processing technologies, Glaston stands out as a pioneer, consistently pushing the boundaries of innovation and efficiency. Their latest advancement, the Glaston Autopilot, represents a significant stride towards enhancing the quality, efficiency, and profitability of glass tempering processes.
The Autopilot system revolutionizes glass tempering by offering a fully automated solution that handles all necessary settings and process adjustments. By reducing manual intervention, this groundbreaking technology ensures consistent quality across different operators and shifts, guaranteeing reliability in the production line.
One of the key benefits of the Glaston Autopilot is its ability to significantly lower operating costs while maximizing profitability. By streamlining the tempering process and simplifying mixed production scenarios, this system enables glass processors to achieve unmatched output and yield. Moreover, it facilitates energy savings of up to 50% by eliminating downtime between product transitions and optimizing bed loading, thus enhancing overall operational efficiency and reducing waste.
In addition to the Autopilot, Glaston introduces the Online Stress Calculation (OSC) solution, which enhances safety standards in glass processing. By automatically calculating crucial stress levels, tension, and fragmentation estimates for processed glasses, the OSC system replaces traditional quality monitoring methods with a more effective and automated approach. Real-time measurements during the tempering process trigger automatic alerts for any deviations in stress levels, ensuring compliance with safety regulations for tempered glass.
The combination of the Autopilot and OSC solutions signifies a significant advancement in reshaping the glass tempering industry, offering glass processors not only improved quality and safety but also heightened efficiency. These innovative technologies not only elevate the standards of glass processing but also directly contribute to increased profitability for businesses.
Furthermore, Glaston’s commitment to longevity and adaptability is evident in their tempering lines, which boast solid designs, automation features, and high uptime supported by reliable services. System upgrades ensure that glass processors can easily stay abreast of industry developments, maintaining a competitive edge in the market.
In conclusion, Glaston’s Autopilot and OSC solutions represent a transformative leap forward in the glass tempering industry, providing glass processors with the tools to enhance their operations, increase profitability, and set new benchmarks for quality and safety. Whether as optional features for new tempering lines or upgrades for existing systems, these technologies offer a pathway towards a more efficient and profitable future in glass processing.
Source:Glastone with additional information added by GlassBalkan
