The Syft Guardian delivers continuous, unattended monitoring of volatile compounds across multiple locations - examples include airborne molecular contamination (AMC) control in semiconductor fabs, fenceline monitoring in environmental settings, indoor air quality for food or pharmaceutical manufacturers. Built on the industry-leading Syft Tracer platform, Syft Guardian combines high-performance, 24/7 analysis with carefully optimized multi location sampling and robust automated workflows. This powerful solution ensures reliable, stationary monitoring of critical compounds across complex environments.
Designed for fast cycle time performance, the Syft Guardian supports up to 32 fully integrated sampling locations with additional ports on request, enabling wide coverage from a single system - it offers unmatched versatility and streamlined data collection.
Engineered for stability and speed, the Syft Guardian ensures rapid detection and confident identification of events, helping automate your monitoring, minimize downtime, and maintain process integrity.
Syft Guardian empowers confident decision-making with 24/7 insight across your entire facility
- Continuous, unattended monitoring across up to 32 sampling ports with additional ports on request.
- User friendly SyftGuard software for centralised product status, control, data visualisation, customisable alarm systems, remote access, and advanced hardware management.
- Integrated 24” touchscreen PC, complemented by additional keyboard and mouse support for flexible user interaction
- Designed to meet varying site conditions and specialises in semiconductor environments, with integrated light tower and EMO (Emergency Off) button to meet fab safety and operational standards
- Ergonomic design for easy operation and neat on-site integration of power, sample lines, and facility connections
- Flexible integration options with support for additional analysers on request
- Engineered for maximum uptime, with streamlined serviceability and simplified support workflows for minimal operational disruption.
