Revolutionizing Cryogenic Storage: Inner Spiral Plastic Cryogenic Tubes Unveiled as the Pinnacle in Sample Preservation- Zhejiang Hankang Medical Technology Co., Ltd.

In a groundbreaking development for laboratories, research institutions, and medical facilities, a cutting-edge Inner Spiral Plastic Cryogenic Tube has been introduced, promising to redefine the landscape of sample preservation. This innovative cryogenic storage solution seamlessly combines advanced technology with practical functionality, offering an unparalleled solution for safe, efficient, and organized sample storage in various scientific applications, from medical research to biotechnology breakthroughs.

Innovative Inner Spiral Design: Optimizing Cryogenic Storage Capacity

At the core of this cryogenic tube's innovation is its revolutionary inner spiral design, which optimizes storage capacity while maintaining a compact form factor. The spiral configuration allows for enhanced sample density within the tube, accommodating more specimens without compromising space efficiency. This advancement proves to be particularly crucial in scenarios where maximizing storage capacity is essential, such as in biobanks, research laboratories, and clinical settings.

Cryogenic Compatibility: Safeguarding Samples at Ultra-Low Temperatures

Crafted with materials designed for cryogenic compatibility, the Inner Spiral Plastic Cryogenic Tube is engineered to withstand ultra-low temperatures without compromising sample integrity. Whether storing cells, tissues, or biological fluids at temperatures as low as -196°C, the cryogenic tube provides a secure and reliable environment for long-term sample preservation. This cryogenic compatibility ensures that researchers and scientists can confidently store valuable samples for extended durations without concerns about degradation.

Secure Screw Cap Closure: Preventing Contamination and Ensuring Seal Integrity

The cryogenic tube features a secure screw cap closure mechanism, providing a hermetic seal that prevents contamination and ensures the integrity of the sample storage environment. The screw cap design allows for easy and secure sealing, reducing the risk of sample cross-contamination during storage and retrieval. This feature is particularly crucial for maintaining the purity of samples in sensitive applications, such as genetic research, where even minute contamination can impact results.

Clear Visibility: Facilitating Quick Sample Identification

To enhance user convenience, the Inner Spiral Plastic Cryogenic Tube is crafted with transparent materials, facilitating clear visibility of the sample contents. The transparent design allows researchers and laboratory technicians to quickly identify samples without the need to open the tube, minimizing the risk of temperature fluctuations during retrieval. This feature streamlines laboratory workflows, contributing to efficient sample management and retrieval processes.

Easy Labeling: Streamlining Sample Identification and Tracking

The cryogenic tube's design incorporates designated areas for labeling, streamlining the sample identification and tracking process. Researchers can easily mark the tube with relevant information, including sample type, date of collection, and other pertinent details. This labeling feature not only enhances organization within the laboratory but also contributes to accurate sample tracking, ensuring that researchers can confidently trace the origin and characteristics of each stored specimen.

Versatile Applications: From Medical Research to Biotechnology Breakthroughs

Designed for versatility, the Inner Spiral Plastic Cryogenic Tube caters to a wide range of scientific applications. Whether used in medical research for preserving biological samples, in biotechnology laboratories for storing genetic material, or in clinical settings for maintaining cell lines, the cryogenic tube adapts to diverse research needs. Its versatility positions it as an indispensable tool for advancing scientific discoveries across various disciplines.

Space-Efficient Storage: Maximizing Laboratory Efficiency

The spiral design not only optimizes storage capacity but also contributes to space-efficient storage solutions within laboratories and research facilities. The compact form factor of the Inner Spiral Plastic Cryogenic Tube allows for the creation of organized storage systems, maximizing available space and promoting efficient laboratory layouts. This space-efficient storage solution becomes particularly valuable in laboratories where limited space requires strategic sample organization.

Web Menu

Product Search

Language

Exit Menu