S Series Compact Inline Nanobubble System
The S Series is a compact inline nanobubble system for low flows of 5 L/min or less. It connects directly to water supply or process lines to deliver low-flow nanobubble water.
- Treatment flow rate
- SQN up to 3 L/min · SLN up to 5 L/min
- Pump type
- Diaphragm pump (SLN can run on mains pressure)
- Operating pressure
- SQN 3.5–4.0 bar · SLN 3.0 bar or less
- Gases
- Air · O₂ · N₂ · H₂ (SQN; O₃ optional)
- System configuration
- Inline connection to the water supply line
- Treated water dissolved oxygen
- 65–100 mg/L (SQN, in-house measurement)
Tell us your application, required flow, water supply method and installation space, and we will review a suitable configuration.
Benefits of a compact inline system
Connects directly to water supply and low-flow process lines to deliver nanobubble-treated water. Technical characteristics and conditions for each process are covered on the application pages.
Point-of-use supply
Nanobubble water can be produced near the point of use and supplied directly.
Fits in tight spaces
Its compact size allows placement in tight spaces such as treatment rooms and shops.
Connects to the water line
Connecting to the water supply line eases the burden of changing existing equipment.
Applications for the S Series
Applied to sites with small flow requirements, such as functional water production, dental waterlines and dermatology skin care.
When the S Series is a good fit
- Sites requiring 5 L/min or less
- When the unit is to be placed near the point of use
- Tight installation spaces such as treatment rooms and shops
- When connecting to a water supply line is preferred
When another series fits better
- For required flows of 0.6 m³/h (10 L/min) or more, HQN
- For strict hygiene standards and larger flows, HTV
S Series configuration and installation
Water from the supply line is treated with nanobubbles and sent to the point of use.
Swipe left or right to see the full table.
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Connection
The unit is connected between the water supply line and the point of use.
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Nanobubble water generation
The compact pump and bubble mixer dissolve and disperse gas in the water to produce nanobubble water.
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Supply
The nanobubble water is sent to the point of use.
S Series Model Specifications
They differ in operating pressure and flow. Choose according to the application and water supply conditions.
| Item | SQN | SLN |
|---|---|---|
| Category | Compact high-pressure nanobubble | Compact low-pressure nanobubble |
| Treatment flow rate | Up to 3 L/min | Up to 5 L/min |
| Operating pressure (bar) | 3.5–4.0 | 3.0 or less |
| Pump type | Diaphragm pump | Diaphragm pump or mains pressure (if mains pressure is 2.5 bar or higher) |
| Gases | Air, O₂, N₂, H₂ (ozone optional) | By arrangement for the application |
| Main uses | Functional water, dental waterlines | Skincare (dermatology) |
Configuration is set after checking the application and water supply method.
S Series FAQ
Answers to key technical and adoption questions when considering the S Series.
What is the difference between SQN and SLN?
SQN is a compact high-pressure type, and SLN a compact low-pressure type.
SQN runs at 3.5–4.0 bar with up to 3 L/min, and SLN at 3.0 bar or less with up to 5 L/min. We recommend SQN for functional water and dental waterlines, and SLN for dermatology skin care.
Can it run on mains pressure without a pump?
SLN can be used without a pump if mains pressure is 2.5 bar or higher.
If mains pressure is lower, it is configured with a diaphragm pump. SQN runs on a diaphragm pump.
What if I need more than 5 L/min?
Consider the HQN model for that flow.
The smallest HQN model is 0.6 m³/h (10 L/min). There is no standard model between 5 and 10 L/min, so it is arranged to suit the application.
How many dental chairs can be connected?
One unit can serve up to 20 chairs.
Supply time is controlled by a timer. Above 20 chairs, the system is divided into zones with two or more units.
Which gases does it use?
SQN uses air, O₂, N₂ and H₂, with ozone as an option.
Gases for SLN are arranged to suit the application. Gas supply equipment is configured together for the application.
Tell us your application, required flow, water supply method and installation space, and we will review a suitable configuration.
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