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Up to 55%*
Overall Cleaning SAVINGS
Up to 70 % reduced energy consumption*
Our own developed inverter which is solely developed for this purpose saves up to 70 % in standby power.
Up to 47 % Reduced water usage*
The improved rinse impact from the ingenious Tornado Nozzle reduces the overall water consumption. A combination of the higher impact and the time save hereof give a significant water usage reduction.
25 % Higher Cleaning impact*
The Nilfisk FOOD Tornado Rinse Nozzle is engineered to increase rinse performance by up to 25%, delivering higher mechanical cleaning impact without increasing overall water consumption.
Up to 46% Reduced detergent usage*
All our Hybrid 7 models is equipped with our own developed Hybrid 7 block which features our patented Corona Technology. Corona Technology injects air into the
water and detergent mix in circular streams which gives more foam with less detergent and creates nanobubbles which gives an even more effective cleaning.
Up to 22% Reduced downtime*
Due to faster cleaning enhanced by our effective nozzles, constant pressure and reliable equipment we secure our customer the shortest downtime.
Up to 12% Reduced labor costs*
Our highly configurable and intuitive display and our best-in-class technologies like the Tornado Nozzle and Corona Technology facilitates the shortened and efficient cleaning times.
*Based upon customer feedback / *Compared to previous Nilfisk FOOD model and industry standards and based upon customer feedback.
Up to 70%*
Energy saving on stand by
Energy-Efficient Cleaning Systems for the Food & Beverage Industry
Compared to previous Nilfisk FOOD models and industry standard cleaning systems.
The Nilfisk FOOD Hybrid 7 inverter is the only inverter on the market developed exclusively for industrial cleaning systems in the food and beverage industry.
Designed for intelligent power management, the Hybrid 7 inverter significantly reduces standby energy consumption while maintaining system readiness and operational stability.
Units equipped with Hybrid 7 technology achieve:
• Up to 70% reduction in standby power consumption
• Optimized energy efficiency during non-active periods
• Lower operational energy costs
• Reduced environmental footprint
By integrating a purpose-built inverter with advanced system control, the solution ensures stable performance, controlled motor operation and energy optimization across production shifts.
Engineered power management. Documented energy savings. Built for food industry environments.
25%*
Higher Cleaning Impact
Increased Rinse Efficiency in Industrial Cleaning Systems
Compared to standard Nilfisk FOOD nozzles.
The Nilfisk FOOD Tornado Rinse Nozzle is engineered to increase rinse performance by up to 25%, delivering higher mechanical cleaning impact without increasing overall water consumption.
Through advanced flow alignment and controlled internal turbulence, the Tornado nozzle distributes rinse impact evenly across the entire spray pattern. Unlike conventional nozzles — where impact is concentrated in the center — the Tornado design ensures uniform force distribution across the full surface area.
This results in:
• Up to 25% higher rinse impact
• More efficient pre-rinse and rinse processes
• Faster soil removal in food production environments
• Reduced aerosol formation during cleaning
• Improved operational efficiency
By combining optimized hydraulics with precision nozzle engineering, the Tornado Rinse Nozzle enhances cleaning performance while supporting safer and more controlled industrial cleaning operations in the food and beverage industry.
Engineered flow control. Uniform impact. Documented performanc
Up to 47%*
water savings
Optimized Water Use in Food Industry Cleaning
Compared to industry standard low-pressure cleaning systems.
Less water in. Less wastewater out.
The patented Nilfisk FOOD Tornado Rinse Nozzle is engineered to optimize water consumption in industrial cleaning systems for the food and beverage industry.
Its advanced nozzle design bundles and precisely aligns the water stream while generating controlled internal turbulence. This creates a focused, high-impact rinse pattern that maximizes mechanical cleaning effect with significantly lower water flow.
The result:
• Up to 47% water savings
• Reduced wastewater generation
• Improved rinsing efficiency
• Lower energy consumption for wastewater treatment
• More sustainable cleaning operations
By reducing water usage at the source, the Tornado Rinse Nozzle supports both operational efficiency and environmental performance. Less wastewater means lower treatment costs, reduced energy demand and improved resource management — without compromising cleaning performance.
Engineered water control. Documented savings. Designed for food production environments.
Up to 46%
Detergent Savings
Less detergent. More foam. Longer cling time.
Engineered air injection. Controlled foam performance.
The patented Corona Technology integrates air directly into the water stream at controlled pressure and velocity, creating a stable and homogeneous mix of water, detergent and air.
This results in:
• Increased and more uniform foam expansion
• Improved foam stability and surface cling time
• Reduced chemical consumption at maintained cleaning performance
• More predictable dosing across installations
Validated comparison test: Hybrid system with Corona Technology vs. standard system.
NAVIGATOR - increase productivity and minimize downtime
Remote Monitoring of Cleaning Systems
NAVIGATOR/Commander – Remote Monitoring for Industrial Cleaning Systems - web or APP
Increase Productivity. Minimize Downtime.
NAVIGATOR/Commander is the Hybrid 7 web/mobile-based REMOTE connectivity platform from Nilfisk FOOD, developed for industrial cleaning systems in the food and beverage industry.
It provides secure remote access to Single Boosters and Mainstations — anytime, anywhere web or mobile, enabling:
• Real-time error alerts and diagnostics
• Remote troubleshooting and parameter adjustment
• Reduced downtime and service visits
NAVIGATOR/Commander also delivers performance readings on:
• Water consumption
• Heating and energy use
• Pumping performance
• Wastewater generation
• Environmental footprint
With transparent operational data and remote connectivity, NAVIGATOR supports efficient cleaning operations, resource optimization and improved system uptime.
Connected cleaning. Data-driven performance.
Engineered to run
Best in class components, innovative know-how
and patented technologies is the key to our success.
Built with best-in-class components, patented technologies and proven system architecture, our cleaning solutions are engineered for reliable operation in demanding food and beverage production environments.
Designed with hygienic principles and controlled system performance in mind, the equipment ensures:
• Consistent and repeatable cleaning performance
• Optimized water, air and chemical management
• Reduced detergent consumption and chemical savings
• Stable operation across shifts and production cycles
By combining robust mechanical design with intelligent foam and dosing control, the system delivers predictable hygienic results while supporting operational efficiency and resource optimization.
Engineered to run — engineered for food industry cleaning performance.
Get most value out of your investment, protect your brand and secure food safety with Nilfisk FOOD equipment that is Engineered to Run.
Nilfisk FOOD has for more than fourty years been setting the standards in the cleaning industry and we are the pioneers of low pressure foam cleaning technology.
Being a division of the Nilfisk group we share a century of experience and know how from developing cleaning and hygiene solutions.
your success is our success
At Nilfisk FOOD our mantra is “Your success is our success”.
Together with our partners we take the lead and develop standard and customized solutions to optimize the cleaning processes and food safety around the world.
The success of our partners is our success and we value long term trusted relationships.
We share our know-how through online and onsite trainings at our headquarter and at the end customers premises.
