SPE PEM Hydrogen Inhaler Breathing Generator

Ⅰ. What is the Hydrogen Inhaler Breathing Generator?

The SPE PEM hydrogen inhaler breathing generator is a device that generates hydrogen and oxygen through electrolysis of water. Its core function is to provide high-purity hydrogen-oxygen mixed gas for households.
These devices are mostly used in health management scenarios, where inhaling the hydrogen-oxygen mixed gas helps regulate the body's condition. The technical principle is based on the electrolysis of water, which decomposes water into hydrogen and oxygen, and through a separation device to ensure the purity of the gas, ultimately outputting a hydrogen-oxygen mixed flow that meets safety standards.
Currently, there are differences in flow rate, purity, and operation methods among the available home hydrogen production devices on the market. Specific needs should be considered when choosing the appropriate model.

Our hydrogen inhalation machine adopts mature PEM water electrolysis technology and can stably output high-purity molecular hydrogen. It can operate with only distilled water.

Ⅱ. Core Selling Point:

✅ Purity: 99.99%

- It generates hydrogen gas up to 99.99% purity, free of ozone and impurities.

✅ PEM/SPE Electrolysis Technology

- Advanced membrane electrolysis design, less scaling and easy maintenance.

✅ Multiple Safety Protections (Water Shortage, Overheating, Anti-Dry-Burning, Spillage and Power Failure Prevention)

- Intelligent safety monitoring system, auto shut down once abnormal condition detected.
 

✅ Silent Mode, Touchscreen, Timer

- HD touch screen, easy to set working time and check real-time status.
 

✅ Dual Outlets / For Dual Users

- Dual gas outlets, support two users for hydrogen inhalation at the same time.

Ⅲ. Product Details Introduction and Multi-Angle Display:

1. Hydrogen-Oxygen Separation Technology

Our SPE PEM hydrogen inhaler breathing generator adopts advanced hydrogen-oxygen separation technology, delivering high-purity hydrogen gas for a safer and more efficient inhalation experience. Unlike conventional electrolysis systems that output a mixed hydrogen-oxygen stream, this unit separates hydrogen from oxygen at the source, so you inhale precisely the hydrogen you need-without unwanted oxygen enrichment or moisture carryover. The separation module is built around a durable proton exchange membrane (PEM) and precision-engineered electrodes, ensuring stable output, low impurity levels, and consistent performance across extended use. A sealed flow path and intelligent pressure control further minimize leakage risk and maintain steady hydrogen concentration throughout each session. The result is cleaner gas, quieter operation, and a more controlled inhalation environment-ideal for daily home use and professional wellness applications alike.

2. SPE/PEM Technology

At the heart of this hydrogen inhalation machine is an SPE/PEM electrolysis cell, where a solid polymer electrolyte membrane serves as both the ion conductor and the physical barrier between the two sides of the cell. Only protons pass through the membrane; larger ions and impurities are held back, so hydrogen is produced and separated within a single compact cell rather than in a separate downstream stage. The membrane is bonded to precision-coated electrodes and driven by a regulated power supply, which keeps the electrochemical reaction steady and extends the service life of the cell under repeated daily use. Because the electrolyte is a solid polymer rather than a liquid solution, there is no caustic liquid to handle, top up, or replace-operation is safer, routine maintenance is simpler, and the unit is less prone to the corrosion and drift that affect liquid-electrolyte designs.

3. Smart Touch Control for Flexible Operation
Control your SPE PEM hydrogen generator via a high-definition touchscreen. Users can set a timer ranging from 0.5 to 6 hours (in 30-minute increments), enable automatic power-off for overheating or low-water conditions, monitor operational status, and adjust the gas output volume. The one-touch interface makes it easy for users of all ages to operate-ensuring seamless control, whether you are resting or working.

4. Built-in Filtration, Less Water Maintenance

The machine is fitted with an internal filtration system that continuously conditions the water in the reservoir during operation, so the water stays usable far longer than in units without filtration. In practice, this means you are not draining and refilling the tank every session or every few days-routine upkeep is limited to an occasional top-up and a periodic filter check. The filter is housed inside the unit and requires no plumbing or external cartridge setup, keeping the footprint clean and the refill routine simple. For daily users, this translates into less time spent on maintenance, less water wasted, and more consistent operation between servicing intervals.

5. High-Efficiency Cooling Fan

A dedicated high-efficiency cooling fan manages heat build-up inside the unit, keeping the electrolysis cell and power components within their optimal operating temperature range during extended sessions. By drawing heat away from the core components, the fan helps prevent temperature-related output fluctuations and supports longer continuous run times without the unit needing to pause or throttle. The fan is selected for a balance between airflow and acoustic comfort-moving enough air to keep internal temperatures in check while remaining quiet enough for use in a home or office setting. Combined with a vented chassis design, it contributes to stable performance and extends the working life of the internal components.

6. Rear USB Charging Port

The back panel includes a USB charging port that lets the machine double as a power source for everyday devices-phones, tablets, smart watches, and other USB-powered accessories can be charged directly from the unit. This keeps a charging option within reach wherever the machine is placed, whether on a desk, bedside table, or countertop, without adding a separate adapter or occupying an extra wall outlet. The port is positioned on the rear so cables stay out of the way during inhalation sessions, keeping the front and top of the unit clean and unobstructed. For daily users, it is a small but practical addition that makes the machine more useful in the spaces where it already sits.

7. Works with a Range of Accessories

The machine is designed to pair with multiple inhalation accessories, so users can choose the setup that fits their routine. A nasal cannula delivers hydrogen directly through the nose for seated or resting sessions; hydrogen glasses integrate delivery into eyewear for hands-free use while reading or working at a screen; and a hydrogen mask covers the nose and mouth for a more enclosed delivery experience. Each accessory connects to the same output port, so switching between them takes only moments and requires no additional adapters or tools. This flexibility lets one machine serve different users, different sessions, and different environments-desk, sofa, or bedside-without committing to a single delivery method.

8. One Machine, Two Uses: Hydrogen Inhalation and Hydrogen Water

The hydrogen gas generation machines does more than support inhalation sessions-it can also be used to make hydrogen-rich water. Two methods are available depending on preference. With a hydrogen-dissolving rod, the rod is placed in a glass or bottle of water and connected to the machine's output, where it releases hydrogen directly into the liquid. Alternatively, the hydrogen delivery tube can simply be placed into the water container, letting the gas bubble through and dissolve naturally. Both approaches use the same hydrogen output already produced for inhalation, so no separate device is needed. This makes the unit useful beyond a single routine: the same session setup can serve drinking water preparation in the kitchen or office, while the inhalation accessories remain available for seated sessions. For users who want both hydrogen inhalation and hydrogen water from one purchase, this dual capability reduces the need for two separate devices.

9. TDS Water Quality Detection

The hydrogen medical equipment includes a built-in TDS (Total Dissolved Solids) detection function that gives users a quick read on the water they are about to use. Before a session, the unit measures the dissolved solids level in the reservoir and displays the reading, so users can tell at a glance whether the water is suitable or whether it is time to replace it. Since water quality directly affects electrolysis efficiency and the condition of the internal cell, this reading serves as a practical guide for when to change the water rather than relying on guesswork or a fixed schedule. The measurement is taken directly in the unit-no separate test pen or external meter is required-keeping the routine simple and the feedback immediate. For daily users, it adds a layer of confidence that each session starts with water in good condition.

10. Application Scenariol:

Suitable for daily health care in families, bedrooms and study rooms, health spas, beauty salons, health workshops, clubs, offices, recovery in gyms and for daily personal spa treatments.

Ⅳ. FAQ:

- Q: What kind of water should I use?
A: Distilled water or purified RO water is required, tap water is not recommended.
- Q: How long is the service life of electrolysis cell?
A: The PEM electrolyzer cell can work up to 50000 hours under standard operation.
- Q: Do you provide after-sales support?
A: 1-year warranty is provided, we supply spare parts and technical guidance.
- Q: Can I print my own brand logo?
A: Yes, OEM logo, shell color and package customization are available for bulk orders.

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