Hydrogen and Oxygen Supply with 'Large Volume Production of 7,200ml/minute' for Enhanced Safety!
MAKE MEDICAL Co., Ltd. has patented and launched a "side-by-side independent supply cannula" that completely separates hydrogen and oxygen supply until just before the nasal cavity. This physically eliminates explosion risks during high-volume hydrogen inhalation of 7,200ml/minute, achieving both safety and high output.
📋 Article Processing Timeline
- 📰 Published: May 1, 2026 at 00:30
- 🔍 Collected: April 30, 2026 at 16:01
- 🤖 AI Analyzed: April 30, 2026 at 16:28 (26 min after Collected)
MAKE MEDICAL Co., Ltd., a manufacturer and direct seller of high-capacity hydrogen inhalers, has acquired a patent for a "complete separation supply" cannula that extends directly to the nasal cavity, physically eliminating the risk of explosion. The company has started selling this new product.
— Experience it with a free "2-week trial"! Discover the next-generation hydrogen experience brought by high output and safety —
MAKE MEDICAL Co., Ltd. (Make Medical | Headquarters: Ginza, Chuo-ku, Tokyo; Representative Director: Yoshimi Suzuki), a leader in hydrogen inhalation therapy innovation, has developed and begun selling the "Side-by-Side Independent Supply Cannula (Patent No.: 7784779)," which supports a large total gas production volume of 7,200ml/minute while physically eliminating explosion risks.
Breaking the conventional wisdom of mixed gas supply methods, this new technology independently delivers hydrogen (over 99.99% purity) and oxygen (over 99.9% purity) to just before the nasal cavity, achieving both "high output" and "safety" in medical and wellness settings. Starting today, you can experience this high-volume capacity without risk through a "Free 2-Week Trial!" (※1).
1. The culmination of hydrogen safety engineering: "Complete Separation" and "Liquefaction Prevention" to avoid explosion limits
Hydrogen, when mixed with air and reaching a concentration of 4.0% to 75.0%, has an "explosion limit" where it can ignite with very low energy. Especially under high-output conditions exceeding 7 liters per minute, thorough safety measures are required.
1) Physical Explosion Avoidance (Patented Technology):
Our patented cannula completely separates the left and right lines up to the beads in the nasal area. Hydrogen with over 99.99% purity is supplied to the right nostril, and oxygen with over 99.9% purity is supplied to the left nostril, independently. By physically preventing the "conditions for combustion (mixing)" from occurring inside the tube until just before the nasal cavity, the risk of ignition within the tube is reduced to zero.
2) Why "Separation until just before the nasal cavity" means "Safety":
For something to burn, three elements must be present: "combustible material (hydrogen)," "oxidizer (oxygen)," and an "ignition source (spark, etc.)." In conventional mixed-gas systems, hydrogen and oxygen are already mixed within the tube, posing a risk that the "tube itself becomes a powder magazine" in the event of static electricity.
① Our patented technology completely separates the left and right lines up to the entrance of the nostrils.
This physically prevents the "mixing," which is a condition for combustion, from occurring within the tube.
② Reasons for safety even after entering the body (physiological mechanism):
We have a clear answer to the concern, "Isn't it dangerous if they mix in the nose?"
◎ Absence of Ignition Source: The nasal cavity and lungs are always moist, and there are no physical conditions for an "ignition source" such as static electricity to occur.
◎ Instant Diffusion and Absorption: Hydrogen and oxygen inhaled through the nasal cavity dissolve into the blood instantly via the alveoli and are transported throughout the body. Since "gas does not remain mixed in the body," it is extremely safe from a medical and engineering perspective.
◎ Excellent Absorption Efficiency and Smooth Discharge of Excess Gas
Inhaled hydrogen rapidly dissolves into the bloodstream from the alveoli and circulates to cells throughout the body. Because hydrogen molecules are extremely small, after being delivered to the necessary sites, any excess is smoothly expelled from the body with exhalation. This "constantly circulating, non-retaining" physiological cycle thoroughly eliminates the risk of gas accumulating to dangerous concentrations in the body while allowing the benefits of large-volume inhalation to be enjoyed.
3) Patented "Gas Internal Steam Liquefaction Mechanism":
Solves the problem of condensation (water droplets) at the nose, which was an issue with high-output devices. This prevents discomfort due to condensation and reduction in inhalation efficiency, enabling stable long-term inhalation.
2. Overturning the conventional wisdom of "High output = danger." 5-fold Intelligent Safety
Our company designs the main unit to the same standards as "precision industrial devices." The increasing risks associated with higher output are contained by the following five protective measures.
1) Patented! Tank Explosion-Proof Function: Unique structure that prevents internal explosions even in unforeseen circumstances.
2) Abnormal Pressure/Emergency Auto-Stop System: Real-time monitoring detects tube kinking or blockage and instantly stops production.
3) Gas Backflow Prevention Function: Physically prevents produced gas from returning inside.
4) Double Safety Valves: Pressure is controlled at two points: the tank and the strap bottle.
5) Complete Static Electricity Removal (Discharge Sheet & Ground Connection): A discharge sheet is attached to the tank, and an earthing wire constantly keeps the potential difference at zero. This eliminates static electricity sparks at the source, even during dry winter months.
3. Why "7,200ml/minute"? Commitment to "Experiencing" High-Volume Inhalation
Hydrogen inhalation efficiency is determined by "concentration x flow rate." A high output supply of 7,200ml/minute allows the body to be saturated with hydrogen in a short time, meeting the needs of busy professional athletes, business persons, and medical/care sites seeking deep rest.
— Experience it with a free "2-week trial"! Discover the next-generation hydrogen experience brought by high output and safety —
MAKE MEDICAL Co., Ltd. (Make Medical | Headquarters: Ginza, Chuo-ku, Tokyo; Representative Director: Yoshimi Suzuki), a leader in hydrogen inhalation therapy innovation, has developed and begun selling the "Side-by-Side Independent Supply Cannula (Patent No.: 7784779)," which supports a large total gas production volume of 7,200ml/minute while physically eliminating explosion risks.
Breaking the conventional wisdom of mixed gas supply methods, this new technology independently delivers hydrogen (over 99.99% purity) and oxygen (over 99.9% purity) to just before the nasal cavity, achieving both "high output" and "safety" in medical and wellness settings. Starting today, you can experience this high-volume capacity without risk through a "Free 2-Week Trial!" (※1).
1. The culmination of hydrogen safety engineering: "Complete Separation" and "Liquefaction Prevention" to avoid explosion limits
Hydrogen, when mixed with air and reaching a concentration of 4.0% to 75.0%, has an "explosion limit" where it can ignite with very low energy. Especially under high-output conditions exceeding 7 liters per minute, thorough safety measures are required.
1) Physical Explosion Avoidance (Patented Technology):
Our patented cannula completely separates the left and right lines up to the beads in the nasal area. Hydrogen with over 99.99% purity is supplied to the right nostril, and oxygen with over 99.9% purity is supplied to the left nostril, independently. By physically preventing the "conditions for combustion (mixing)" from occurring inside the tube until just before the nasal cavity, the risk of ignition within the tube is reduced to zero.
2) Why "Separation until just before the nasal cavity" means "Safety":
For something to burn, three elements must be present: "combustible material (hydrogen)," "oxidizer (oxygen)," and an "ignition source (spark, etc.)." In conventional mixed-gas systems, hydrogen and oxygen are already mixed within the tube, posing a risk that the "tube itself becomes a powder magazine" in the event of static electricity.
① Our patented technology completely separates the left and right lines up to the entrance of the nostrils.
This physically prevents the "mixing," which is a condition for combustion, from occurring within the tube.
② Reasons for safety even after entering the body (physiological mechanism):
We have a clear answer to the concern, "Isn't it dangerous if they mix in the nose?"
◎ Absence of Ignition Source: The nasal cavity and lungs are always moist, and there are no physical conditions for an "ignition source" such as static electricity to occur.
◎ Instant Diffusion and Absorption: Hydrogen and oxygen inhaled through the nasal cavity dissolve into the blood instantly via the alveoli and are transported throughout the body. Since "gas does not remain mixed in the body," it is extremely safe from a medical and engineering perspective.
◎ Excellent Absorption Efficiency and Smooth Discharge of Excess Gas
Inhaled hydrogen rapidly dissolves into the bloodstream from the alveoli and circulates to cells throughout the body. Because hydrogen molecules are extremely small, after being delivered to the necessary sites, any excess is smoothly expelled from the body with exhalation. This "constantly circulating, non-retaining" physiological cycle thoroughly eliminates the risk of gas accumulating to dangerous concentrations in the body while allowing the benefits of large-volume inhalation to be enjoyed.
3) Patented "Gas Internal Steam Liquefaction Mechanism":
Solves the problem of condensation (water droplets) at the nose, which was an issue with high-output devices. This prevents discomfort due to condensation and reduction in inhalation efficiency, enabling stable long-term inhalation.
2. Overturning the conventional wisdom of "High output = danger." 5-fold Intelligent Safety
Our company designs the main unit to the same standards as "precision industrial devices." The increasing risks associated with higher output are contained by the following five protective measures.
1) Patented! Tank Explosion-Proof Function: Unique structure that prevents internal explosions even in unforeseen circumstances.
2) Abnormal Pressure/Emergency Auto-Stop System: Real-time monitoring detects tube kinking or blockage and instantly stops production.
3) Gas Backflow Prevention Function: Physically prevents produced gas from returning inside.
4) Double Safety Valves: Pressure is controlled at two points: the tank and the strap bottle.
5) Complete Static Electricity Removal (Discharge Sheet & Ground Connection): A discharge sheet is attached to the tank, and an earthing wire constantly keeps the potential difference at zero. This eliminates static electricity sparks at the source, even during dry winter months.
3. Why "7,200ml/minute"? Commitment to "Experiencing" High-Volume Inhalation
Hydrogen inhalation efficiency is determined by "concentration x flow rate." A high output supply of 7,200ml/minute allows the body to be saturated with hydrogen in a short time, meeting the needs of busy professional athletes, business persons, and medical/care sites seeking deep rest.