Traditional Cryogenic Vials

Product Description

Functional positioning for biobank and research laboratories

Traditional cryogenic vials serve as essential components in laboratories requiring robust sample containment at cryogenic temperatures. These cryogenic vials 2ml and other volume options are specifically developed for researchers, biobank managers, and clinical labs seeking dependable storage solutions that maintain biological sample integrity. Their compatibility with standard cryo boxes facilitates streamlined organization and inventory control within existing cold storage systems, enabling seamless integration across scientific workflows focused on long-term biological preservation. The design meets the demands of users emphasizing reliability and sample traceability in rigorous lab environments.

Advanced material properties and precise technical specifications

Constructed from medical-grade polypropylene, these cryogenic vials maintain structural integrity within a temperature range from -196°C to 121°C, suitable for liquid nitrogen storage and autoclaving. The e-beam sterilization method guarantees the vials are free from DNase, RNase, and endotoxins, ensuring sample safety and consistency. Available in multiple volumes including the cryogenic vials 2ml size, they come with color-coded caps in seven hues to enhance sample identification and management efficiency. Designed for compatibility with 100-well and 81-well cryobox rack configurations, these cryogenic vials support standardized biobanking practices and automation workflows, delivering both durability and functional versatility in demanding laboratory conditions.

Industry applications and impact on laboratory efficiency

Traditional cryogenic vials support critical applications across molecular biology, microbiology, cell culture, and biobanking sectors. Their stability under extreme temperatures allows for secure sample transport, storage, and processing in ultra-low temperature environments. The integration of cryogenic vials 2ml and multi-volume sizes into cryo boxes simplifies systematic inventory management while ensuring compliance with established lab protocols for sterile sample handling. This solution enhances operational efficiency by reducing the risk of sample contamination or degradation, which is essential for research reproducibility, clinical diagnostics, and bioprocess development environments where reliable sample preservation is paramount.

Product Advantages

Structural and design benefits enhancing system compatibility

The design of these cryogenic vials incorporates carefully engineered external and internal threads, along with varied cap styles such as flat caps, concave plugs, and covers suitable for automated processing. The modular compatibility with cryo boxes—specifically configurations supporting 0.5ml, 1.5ml, and 2.0ml vials—allows for efficient spatial utilization and inventory tracking. Each color-coded cap offers enhanced visual organization to minimize human error in sample identification. The use of medical-grade polypropylene ensures robustness against thermal shock and mechanical stresses, meeting stringent laboratory safety standards. This adaptive design supports broad integration in workflow systems requiring consistent vial performance under repeated freeze-thaw cycles.

Performance advantages delivering operational reliability

These cryogenic vials provide excellent usability by combining sterilized, DNase/RNase-free packaging in bulk quantities for reduced contamination risk and operational downtime. Their tolerance to extreme temperature fluctuation from -196°C through 121°C allows for reliable preservation and autoclaving without compromising vial integrity. The variety in vial volume including the cryogenic vials 2ml size meets diverse sample containment needs, supporting scaling in laboratory throughput. This usability is critical in high-demand environments such as biobanks or clinical labs where both sample preservation and ease of processing directly impact workflow efficiency and cost-effectiveness. Users benefit from minimized cross-contamination risks and enhanced confidence in long-term sample viability.

General CryoTubes Feature

·Medical grade PP material

·Available in 0.5ml, 1.0ml, 1.5ml, 2.0ml and 5.0ml for options

·0.5ml, 1.5ml are suitable for 100wells standard Cryovial box, 2.0ml is suitable for 81wells standard Cryovial box.

·Cap color for options: Red, Yellow, Blue, Green, White, Purple, Orange

·E-Beam Sterile, RNase & DNase Free, Endotoxin Free

Specification

·Temperature Range: stable from -196°C to 121°C Nitrogen canister storage

Use Scenarios

Cryogenic sample storage in biobanking environments

In biobanking facilities, maintaining long-term viability of biological samples such as cells, tissues, and DNA requires reliable storage vessels capable of withstanding liquid nitrogen temperatures. cryogenic vials combined with compatible cryo boxes serve as the primary containment system ensuring sample stability at -196°C. The cryogenic vials 2ml volume often meets the balance between sufficient sample capacity and space optimization within 81-well racks. This synergy supports strict compliance with biobank standard operating procedures for sample labeling, traceability, and contamination prevention. Integration of these vials within automated retrieval systems enhances throughput and reduces manual handling errors, facilitating a streamlined cold chain management process in regulated environments.

Sterile sample transport and autoclaving in clinical and research labs

For clinical laboratories and research institutions, the ability to autoclave sample containers prior to storage or post-processing is essential to maintaining sterility and avoiding cross-sample contamination. These cryogenic vials are designed to withstand autoclaving temperatures up to 121°C while ensuring materials and seals remain intact. Use within cryo boxes guarantees an orderly workflow during sample transport and handling in cold storage units. Additionally, the availability of varied cap types and color codes enables precise sample differentiation and compatibility with robotic sample processors. This functional adaptability supports laboratories’ operational requirements for standardized, safe, and efficient sample management across manual and automated workflows.