Say Goodbye to Liquid Nitrogen Transfer Pain Points: Efficient Solutions with Manual/Foot-Operated Pumps

In cryogenic research, biological sample storage, and industrial production, precise liquid nitrogen delivery is crucial for smooth workflow. Traditional manual pouring methods are not only cumbersome but also suffer from problems such as liquid nitrogen splashing, excessive loss, and difficulty in controlling flow rate, increasing safety risks and hidden costs in experiments and production. The emergence of manual/foot-operated liquid nitrogen pumps aims to completely solve these problems.

Manual/foot-operated liquid nitrogen pumps are highly adaptable, compatible with various sizes of liquid nitrogen tanks and Dewar flasks, enabling stable liquid nitrogen transfer from small-capacity laboratory containers to large industrial storage tanks. The cryogenic stainless steel design ensures stable performance even in ultra-low temperature environments, preventing freezing and clogging, and maintaining reliability over long-term use.

In biobanks, it safely replenishes storage tanks, preventing sample damage due to fluctuations in liquid nitrogen levels. In research laboratories, it provides precise liquid nitrogen supply to cryogenic experimental equipment, ensuring stable and controllable experimental conditions. On industrial production lines, its flexible liquid supply capabilities adaptable to different containers effectively prevent production stoppages caused by interruptions in liquid nitrogen delivery.

For professional institutions prioritizing efficiency and safety, this manual/foot-operated liquid nitrogen pump is not only a practical tool for improving liquid nitrogen delivery efficiency but also a reliable choice for reducing losses and mitigating risks. It makes liquid nitrogen transfer in cryogenic environments easier and more precise, safeguarding research and production processes.