Glass Lamination Autoclave Systems

Temperature uniformity is a critical factor in the glass lamination process.

• Our optimized airflow systems offer horizontal, vertical, and combined airflow options to meet diverse production requirements.
• Proprietary closed-loop circulation fans ensure excellent heat transfer, providing uniform temperature distribution across all glass layers.
• Our advanced blower motor design eliminates the need for water-cooled motors, minimizing maintenance and maximizing efficiency.

• Our precise pressure control system ensures maximum stability and safety throughout the process.
• Vacuum bagging technology eliminates air bubbles between glass layers, ensuring flawless lamination results.
• Multi-layer pressure management and sensor systems enable superior process control and consistency.

• Electric resistance and steam heating options provide flexibility for different production needs.
• Our advanced cooling coil system ensures precise temperature control while minimizing thermal stress and material fatigue.
• High-efficiency heat exchangers are engineered for thermal expansion resistance, offering long-lasting performance and energy efficiency.

At VERTISA, operator and equipment safety is our top priority, achieved through multi-layered safety mechanisms:

• “Man-Inside” emergency alarm cables provide an additional layer of safety in large-scale autoclaves.
• Independent safety relief valves and rupture discs protect against excessive pressure, ensuring a fail-safe system.
• Automated locking mechanisms guarantee a secure and airtight autoclave door closure

• Our automated loading and unloading systems enhance workflow efficiency by reducing manual labor.
• Thermal expansion-resistant loading rails and floor structures provide superior structural integrity.
• Multi-layer loading systems maximize production capacity while ensuring uniform processing.

VERTISA integrates cutting-edge smart manufacturing technologies to enhance process automation:

• Fully automated PLC control systems enable precise and efficient process management.
• Real-time monitoring of temperature, pressure, and vacuum levels ensures continuous quality assurance.
• Remote access and diagnostic systems improve technical support efficiency, ensuring uninterrupted operations.

• This proprietary breech lock door allows full and easy access to the autoclave interior within one minute after the completion of a curing cycle.
• Safety is inherent in its design, but we also include mechanical, hydraulic, electrical, and pneumatic interlocks to prevent door operation while the autoclave is pressurized.
• An oxygen sensor/fresh air purge safety interlock is available to prevent opening the door unless safe levels of oxygen are present.