Haier Biomedical's liquid nitrogen containers have recently embarked on another international venture, partnering with biotechnology companies in Miami, Ohio, and other regions. This marks yet another significant milestone in the company's global expansion efforts.
Renowned for their exceptional low-temperature storage technology, Haier Biomedical's liquid nitrogen containers provide stable, long-term preservation for critical biosamples, including cord blood and tissue cells. Acting as a "pause button" on time, this technology ensures the highest levels of safety and activity retention for stored samples.
As part of this collaboration, Haier Biomedical not only delivered high-quality liquid nitrogen containers but also installed IoT modules on-site, successfully meeting all required testing standards. By integrating ultra-low temperature storage with IoT management systems, the solution enables real-time, visualized temperature monitoring, ensuring seamless integration between users, equipment, and biosamples. This innovation functions like a personal bodyguard for stored samples, providing 24/7 protection.
Notably, Haier Biomedical's liquid nitrogen containers feature exceptional thermal insulation, consistently maintaining temperatures between -135°C and -196°C. They are also available in a range of specifications to accommodate diverse storage needs, earning global recognition and widespread adoption.
Reliably operating in laboratories worldwide, Haier Biomedical's liquid nitrogen containers act as "intelligent guardians", consistently safeguarding the integrity of stored samples. This cutting-edge technology has undoubtedly injected new vitality into the development of life sciences.
But the journey doesn't stop here. In this fast-changing era, these containers uniquely showcase the power of technology; beyond freezing time, they unlock limitless possibilities. Looking ahead, Haier Biomedical's liquid nitrogen containers are poised to remain pivotal on the global stage, further propelling advancements in the life sciences field.