Optimizing Storage Solutions with High Capacity Round Canisters

Product Description

The High Capacity Series for Storage or Transport Round Canisters from Kalstein offers remarkable efficiency and reliability essential in modern labs and research facilities. These canisters are meticulously designed to ensure safe and durable storage of biological specimens, such as straws filled with biological samples, under ideal cryogenic conditions. With a robust build and advanced technology, these canisters proficiently accommodate a significant number of samples, thereby enhancing storage capabilities.

Various models in this series, including YR05393, YR05394, YR05395, YR05396, and YR05397, provide different storage capacities, which are pivotal for various research needs. Each model is equipped with six canisters capable of holding up to 2,832 straws when stored in a double-layer format. This extensive capacity is complemented by a substantial volume of liquid nitrogen (LN2), with models offering volumes from 13L to 30L, which contributes to extended static holding times between 109 and 254 days, depending on the model. The strategic design and sturdy structure make these canisters indispensable for efficient transport and storage of critical biological materials.

Market Price

When analyzing the market landscape for high-capacity laboratory storage solutions, one notes a broad price range influenced by features and storage capacity. The price for these robust round canisters ranges generally from $600 to $1,500. This range reflects the enhanced design and functionality, ensuring prolonged use and reliability. Users are encouraged to consider the specifications of their projects when making a purchase decision and to engage with suppliers for precise pricing tailored to their needs. For an accurate quote suited to your specifications, consider using the Kalstein Plus platform to generate an automatic quotation.

Frequently Asked Questions

What are the canisters made of?

The canisters are typically constructed from high-grade materials such as aluminum or stainless steel, which offer durability and resistance against extreme cold.

How often do I need to refill the liquid nitrogen?

Refilling frequency depends on the static holding time of the specific model. Models in this series can hold between 109 to 254 days without significant evaporation.

Are these canisters suitable for long-term storage?

Yes, thanks to their optimal insulation and safety features, these canisters are excellent for long-term storage of sensitive biological samples.

Can these canisters be used for transport?

Absolutely, their robust design and secure locking mechanisms make them suitable for the safe transport of biological specimens.

Advantages and Disadvantages

Advantages: One of the significant advantages of these canisters is their high storage capacity, which facilitates savings in terms of cost and space. The models offer excellent static evaporation rates, ensuring minimal loss of LN2. Additionally, the robust structure and secure locking mechanisms provide excellent protection during transport. The variety of additional features, such as lockable caps and protective jackets, enhance their utility and offer solutions for different laboratory settings.

Disadvantages: Despite the numerous advantages, some models might weigh more when fully loaded, imposing constraints in settings where frequent relocation is necessary. Additionally, while the initial purchase cost reflects their high-quality build, it might be an investment concern for smaller labs with limited budgets.

Field Use of the Product

In practice, these high-capacity canisters prove indispensable in scenarios that necessitate the preservation of biological samples at ultra-low temperatures. Laboratories involved in genetic research, IVF treatments, and veterinary science frequently utilize these canisters for storing straws and vials containing samples like sperm, embryos, or other cellular material. Their design facilitates easy access and organization of samples, ensuring efficient workflows in high-pressure research environments.

Regular monitoring and maintenance are crucial to ensuring optimal performance. This entails routinely checking the LN2 levels, confirming the integrity of canister seals, and maintaining clean storage protocols to prevent contamination. Their durable design and user-friendly features promote extended use, making them a staple in any research facility focusing on long-term storage solutions.

Recommendations

For optimal utilization of these canisters, it’s recommended to position them in areas with stable, moderate temperatures and minimal exposure to contaminants. This will enhance their lifespan and efficiency. Regular inspection routines should be established to ensure that all components are intact and functioning correctly. Given the potential weight of full canisters, it’s advisable to employ appropriate lifting equipment or seek assistance when moving them. Consider leveraging the Kalstein platform to stay updated on the latest innovations and service offerings related to these storage solutions, which can be indispensable in maintaining a competitive edge in biological storage technology.

If you’re in search of a fusion of innovation and quality, you’ve arrived at the right place. At Kalstein, we offer you the luxury of exploring our exclusive catalog of laboratory equipment. We manufacture each device with a level of excellence. Our online purchasing channels, intuitive and agile, are designed for your convenience, ensuring the most friendly prices. Don’t hesitate any longer; we bring science to life, and it’s time to become part of our community. https://kalstein.net/en/product/high-capacity-series-for-storage-or-transport-round-canisters/.