Why Choose PureLine AFX for Food & Beverage Processing?
In food and beverage processing, reliable water disinfection is critical to reduce risk and protect uptime. PureLine AFX features a CFD-optimised chamber design that delivers consistent UV performance through Nuvonic’s Adaptive Temperature Technology, even as temperatures and flow conditions change. Fully vertically integrated manufacturing and global sales support ensure the quality and long-term reliability of every PureLine AFX system.
– Maximised efficiency through CFD-optimised chamber design. Computational Fluid Dynamics modelling ensures ideal flow distribution and UV dose consistency, achieving a 24% reduction in system footprint compared to conventional UV systems.
– Low cost of ownership and energy consumption. Optimised lamp and chamber pairing delivers high UV output at lower power draw, reducing both OPEX and environmental impact across the system’s lifetime.
– Adaptive Temperature Technology — maintains stable UV output across a ~5–35 °C operating range, eliminating the performance instability of traditional amalgam lamps when water temperature fluctuates during production.
– Increased savings with SmartRay™ lamps. Genuine Nuvonic SmartRay™ lamps deliver a 16,000-hour rated lamp life, reducing replacement frequency, maintenance downtime, and long-term consumable costs.
– Advanced Nuvonic Purevue™ digital controller. Intuitive 10-inch HMI touchscreen with configurable alarms and optional SCADA connectivity for seamless integration with existing industrial control and compliance systems.
– Self-diagnosing smart wiper. Automated cleaning system monitors its own performance and alerts operators to issues before UV output is affected, maintaining consistent disinfection without manual intervention.
– Easy-to-service design. Fewer lamps, fewer connections, and plug-in components enable rapid maintenance. Up to 75% less internal cabinet wiring reduces potential failure points and simplifies troubleshooting.
PureLine AFX – Proven through decades of validated system design – engineered to meet USEPA, UVDGM requirements for confidence in critical applications.