Hebei Lixin Multi-person Cabin is a high-end medical rescue and emergency shelter equipment carefully built by Hebei Lixin Technology Co., LTD. It is designed for multi-person teams or families, integrating safety protection, life support and comfortable life, aiming to provide a comprehensive solution for emergency rescue, medical transport, natural disaster refuge and other scenarios.

Hebei Lixin pet oxygen chamber is a high-tech product designed for pet medical treatment and emergency rescue. It integrates efficient oxygen supply, safety and comfort, and intelligent monitoring, aiming to provide life support for pets in emergency situations and oxygen supply during long-distance transportation to ensure the safety and comfort of pets in the process of treatment or transportation.

Hebei Lixin glass oxygen chamber, as a model of modern medical and high-tech integration, is a high-end medical rehabilitation equipment carefully developed by our company. The product uses advanced glass material combined with precision oxygen therapy technology to provide a safe, efficient and comfortable rehabilitation environment for patients who need hyperbaric oxygen therapy.

Hebei Lixin horizontal oxygen chamber, as the perfect combination of health and comfort, is specially designed for you to pursue high-quality life and health. With advanced oxygen enrichment technology and humanized design, this product aims to provide you with a private space for deep relaxation, efficient recovery and healthy oxygen therapy, so that every rest will become a comprehensive nourishment of body and mind.

Looking for a microbaric chamber to increase blood oxygen levels? Check out our new Oxygen Chamber! This 2-person model promotes microcirculation and offers high concentration oxygen for adjuvant therapy for various diseases. Perfect for gyms, salons, nursing homes, private clubs, and gymnasiums.

Our company's small oxygen concentrator can produce an oxygen output of 93% ± 3, meeting national standards. Small footprint, convenient installation, suitable for low-pressure oxygen inhalation, nebulization, etc. in community clinics and small hospitals, economical and convenient.

Our company's small oxygen concentrator can produce an oxygen output of 93% ± 3, meeting national standards. Small footprint, convenient installation, suitable for low-pressure oxygen inhalation, nebulization, etc. in community clinics and small hospitals, economical and convenient.

Our company's small oxygen concentrator can produce an oxygen output of 93% ± 3, meeting national standards. Small footprint, convenient installation, suitable for low-pressure oxygen inhalation, nebulization, etc. in community clinics and small hospitals, economical and convenient.

Air Separation Plant technique is using air as raw materials, through gas expansion refrigeration precess to liquefaction of atmospheric air ,and separate Oxygen,Nitrogen and Argon from air, and obtains oxygen,nitrogen, argon products from air.

Medical oxygen concentrators mainly use molecular sieve adsorption technology or PSA (Pressure Swing Absorption) technology to separate oxygen from the air. This technology has the characteristics of low energy consumption and high efficiency, and can provide stable and continuous oxygen supply to patients.

PSA oxygen generator is based on air as raw material, the use of pressure swing adsorption technology, the use of zeolite molecular sieve in the pressurized state of nitrogen adsorption capacity reduction, the formation of pressure adsorption, decompression desorption cycle process, to achieve the separation of oxygen and nitrogen in the air to produce oxygen. Pressure swing adsorption oxygen production is a physical adsorption process, so it is very safe and no environmental pollution.

PSA medical oxygen concentrator is an oxygen production equipment that uses molecular sieves as adsorbents and ambient air as raw materials through pressure swing adsorption. Under normal temperature and low pressure conditions, the adsorption capacity of nitrogen (adsorbate) in the air increases when molecular sieves are pressurized, while the adsorption capacity of nitrogen in the air decreases when they are depressurized, forming a rapid cycle process of pressurized adsorption and depressurized desorption, enabling the separation of oxygen and nitrogen in the air.