Key Features:
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Material: Typically made from durable, temperature-resistant materials such as stainless steel, aluminum, or high-density polyethylene (HDPE) to withstand low temperatures.
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Design: Often designed to fit within standard upright freezers, maximizing space utilization. Racks may have multiple tiers or slots to accommodate various sizes of microplates.
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Capacity: Varies by model, but most racks can hold multiple microplates, allowing for organized storage and easy access.
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Labeling: Many racks include labeling systems or slots for easy identification of samples, which is crucial for maintaining an organized laboratory environment.
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Accessibility: Designed for easy retrieval of microplates, often featuring open slots or trays that allow for quick access without needing to remove the entire rack.
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Compatibility: Most racks are designed to hold standard microplate sizes, such as 96-well and 384-well plates, but some may also accommodate custom sizes.
Benefits:
- Space Efficiency: Helps maximize vertical space in freezers, allowing for more sample storage without compromising accessibility.
- Temperature Control: Ensures that microplates are stored in optimal conditions, protecting sensitive samples from temperature fluctuations.
- Organization: Reduces clutter and enhances sample traceability, which is vital for reproducibility in experiments.
Dimensions: W 22 1/2 in x D 5 1/2 in x H 9 1/2 in
16 Slots Inside Dimensions: W 5 1/2 in x D 5 1/2 in x H 2 1/2 in
