Protect your facility with industry-leading air sampling smoke detection. Our VESDA systems deliver rapid, reliable fire alerts—ideal for mission-critical commercial and enterprise environments.
About 40% of businesses never reopen after a major fire.
In Saudi Arabia’s chemical industry, 54% of accidents are fire-related.
Over 60% of fire deaths occur in buildings without early detection systems.
Aspirating smoke detection actively draws air through a network of pipes to detect smoke particles early, unlike traditional detectors that rely on smoke reaching a sensor. This makes aspirating systems more sensitive and faster.
It is ideal for critical areas like data centers, healthcare facilities, and commercial buildings that require early fire detection to protect sensitive equipment and occupants.
Regular maintenance is essential, typically every 6 to 12 months, depending on the environment. Routine checks ensure optimal performance and compliance with fire safety standards.
Yes, it can seamlessly integrate with your Building Management System (BMS) to provide centralized monitoring and control. Learn more about our Building Management Systems solutions.
Yes, it includes filters and intelligent algorithms that minimize false alarms even in dusty or challenging environments.
Installation involves designing a tailored pipe network for air sampling, setting up the detector units, and commissioning the system. Our expert team handles end-to-end installation to ensure reliability.
By detecting smoke at very early stages, it allows faster evacuation and fire suppression, reducing damage and enhancing occupant safety.
Absolutely. VESDA’s modular design allows customization for small rooms up to large, complex infrastructures, ensuring optimal coverage.
VESDA systems are designed to be energy-efficient, supporting sustainable building practices while maintaining high performance.
Air sampling allows continuous analysis of the environment by drawing in air from multiple points. This enables the system to detect even minute smoke particles, making it highly effective for early-stage fire detection.
