M-iClean H
Advantages:
- GiO Reverse Osmosis Technology
- Automatic hood
- Easier to operate
- Shorter wash cycles
- Better indoor air quality
- Optimum washing and drying results
- 505 mm clear passing height – perfect for larger items of washware
For clients who want their glasses and dishes to sparkle, improving the water quality is essential – and that calls for demineralisation or osmosis.
Mountains of washware just seem to melt away with the M-iClean HM hood type dishwashing machine – that's how fast and efficiently this ergonomic warewashing technology gets things done. Plus you benefit from an 80 % reduction in humidity and up to 21 % lower energy consumption. A miracle of simple and efficient warewashing. A gentle touch and the hood opens and closes as if by magic. The M-iClean HM hood type dishwashing machine offers a user-friendly experience, and its superb ergonomics go hand in hand with a range of great features that save you time and money.
It offers plenty of power to tackle dirty dishes but is gentle on the planet. The M-iClean H hood type dishwashing machine brings everything under one hood. And don't forget the hood itself! A gentle touch is all it takes to open and close it and super speedy. Our new ergonomic concept saves time and costs. Save up to 30 minutes of wash cycle time per day and drying is also significantly quicker.
and the passing height of 505 mm means that large and bulky washware can be easily handled. That is how the double hood type dishwashing machine gets pots, pans and trays sparkling clean in a hygienic way. The M-iClean HXL features a double hood and, yes, it's heavy, but the machine makes such light work of moving it that you would never know. The M-iClean HXL knows all about time savings and efficiency, too.
* Max. temperature of feed water with AirConcept: 20 °C
Product lines and configurations may vary from one country to the next due to statutory requirements or other reasons. Please check with us. They will be happy to find a machine that meets your specific requirements.
Date: 03.2017. Technical modifications reserved.
Heat recovery to enhance air qualitiy and energy efficiency