The multifunctional hydrogen-rich machine is a kind of water that meets the requirements, such as Yibao purified water, which is fed into the anode chamber of the electrolytic cell by SPE technology. After power-on, the water immediately decomposes at the anode: 2H2O = 4h ﹤ 20-, then emits electrons in the anode chamber to form O2, which is discharged from the anode chamber and carries part of the water into the water tank. Hydrogen hydrate ions reach the cathode through the SPE ion membrane under the action of electric field force, absorb electrons to form hydrogen (H2), discharge from the cathode chamber, and enter the gas-water separator to obtain medical auxiliary equipment of high purity hydrogen.
The full name of SPE hydrogen production technology is solid polymer electrolysis water to produce hydrogen. The core is a solid polymer electrolyte electrolytic cell. The electrolytic cell is composed of DuPont N117 proton membrane and double-sided platinum coating-titanium alloy formation-sealing components. The membrane component is the core component of the electrolytic cell, which determines the performance of the electrolytic cell and ensures the high purity of hydrogen output by the instrument, stable pressure, safety and sustainability.
This product is positioned as an equipment provided by hospitals and some medical service institutions that tend to assist medical and health care products. The use of this product can help users relieve oxidative fatigue, relieve emotions, and also has functions such as assisting sleep.

MiG developed and designed this product with the original intention of cooperating with the medical and health care industry to protect the health of the public. Compared with large medical equipment, this product is smaller and lighter, and the button operation also makes the user experience more direct and convenient. And the product from the overall sense to the internal structure of the MiG designer have done many rounds of solution choice and practical and applicable confirmation. Finally, it presents a design with perfect unity of visual sense and somatosensory sense.

The first consideration in the product design process is the customer experience, the overall light material and the high-end delicate appearance. Cooperate with silicone buttons to make human-computer interaction more friendly. The visual window can more clearly show the liquid level in the water tank inside the product. The built-in TDS monitors the water quality at all times, and the customer will be reminded to replace the water quality when the water quality exceeds the use standard. Make users more convenient and at ease. In order to achieve the goal of compact structure, the internal accessories are tightly and reasonably assembled, considering the special nature of the water and gas working environment, and a sealing design coordinated with the structure is made. To ensure the safety of the user's machine, it also increases the service life of electrical components.
The product design process starts from principle analysis, principle verification, prototype deployment and testing, and then to appearance design and optimization. MiG has done multiple rounds of experimental effect tests. In order to obtain a perfect product, from the precision of internal accessories and mold analysis to the overall matching size chain. Strict calculation and experimental verification have been carried out.