Solutions for Facilities of Every Size

α-nanobubble is a direct water supply line nanobubble generation system that allows users to select the most suitable model according to the installation environment and required water flow.

The α-nb-j-30210 is designed for large-scale facilities such as food processing plants, environmental facilities, hotels, and commercial buildings with relatively high water demand.

The α-nb-m-30190 is a compact model ideally suited for small factories, restaurants, apartment buildings, and residential homes.

For facilities with 30A or larger water supply piping or applications requiring high water consumption, multiple units can be connected in parallel to increase processing capacity and ensure a stable supply of nanobubble water.

With its flexible system design, α-nanobubble provides reliable nanobubble water throughout an entire building, supporting the improvement of water quality and the overall water environment regardless of facility size.

Supports Parallel Connection

Nanobubble Water at Only a Single Point of Use

α-nanobubble typeG (α-nb-G-30160) is a compact direct water supply line nanobubble generation system designed to supply nanobubble water to specific locations rather than an entire building or facility.

It is ideal for applications such as commercial kitchens, food preparation areas, washing sinks, and individual production lines, where concentrated nanobubble water is required. The system is particularly effective for food washing, kitchen utensil cleaning, and hygiene management around sinks and food preparation areas, where large volumes of water are used every day.

For installations with 13A or larger water supply piping or higher water demand, multiple units can be connected in parallel to increase processing capacity and ensure a stable supply of nanobubble water.

Its flexible system configuration allows it to be adapted to various installation environments, making it suitable for small restaurants, cafés, commercial kitchens, and food production facilities, while providing efficient improvement of the water environment exactly where it is needed.