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Category: Sample Storage

Announcing New Names for the Azenta Family of Ambient to Low, Ultra-low, and Cryogenic Automated Storage Systems

Industry-Leading Automated Sample Storage Renamed: SampleArc™, BioArc™, and CryoArc™ Systems Azenta Life Sciences is pleased to announce new names for its family of industry-leading automated storage solutions, including SampleArc systems for ambient to -20°C storage, BioArc systems for -80°C storage, and CryoArc systems for cryogenic temperature storage down to -190°C. In addition, the Store Controller […]

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Powering the Future of Sustainable Storage: Advanced Refrigeration Technology Cools the BioArc™ Ultra

What’s behind the eco-friendly cold-air technology used to power the Azenta BioArc Ultra High Density -80°C Automated Sample Storage System? The next generation high-density storage automation system by Azenta Life Sciences, the global leader in sample storage automation, was supported by MIRAI Intex, a leading provider of innovative refrigeration technology; and Refolution GmbH, a German engineering firm specializing […]

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Maximizing Efficiency and Space Savings: The Power of Automated Sample Storage

In life sciences, safely storing fragile, precious biological samples and other types of temperature-sensitive materials requires consistent processes and reliable technology. In a previous blog, we discussed how automated sample storage systems offer significant advantages over manual methods. These systems not only protect sample integrity but also conserve resources and optimize sample management processes. In this […]

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The Road to Net-Zero in Sustainable Biotech: Insights from an Expert Panel

The implications of climate change are more pronounced than ever before, and industries across the board are being called to action. Biotech, healthcare, and pharmaceutical industries are no exception. With their significant carbon footprint and resource-intensive operations, the urgent need to pivot towards sustainability within these industries cannot be overstated. A recent SLAS Symposium panel […]

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Informatics as the Catalyst for Enhanced Sample Management

In the dynamic landscape of biosample management, informatics solutions are increasingly becoming a cornerstone for efficiency and accuracy. These solutions, integrating both hardware and software automation, are revolutionizing how samples and data are handled in the biotech and pharma industries. By automating processes and streamlining workflows, they significantly reduce the need for human interaction, thereby […]

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Transforming Biosample Management through Informatics: Key Insights from Industry Experts

Part 1 of our Sample Informatics and LIMS Workshop Series, “How Informatics Can Revolutionize Your Biosample Management” brought together industry experts to discuss the vital role of informatics in the world of biotech and pharma. The panel featured John Conway, Chief Visioneer Officer at 20/15 Visioneers, along with Azenta experts Rajeev Sehgal, Senior Director of […]

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Driving Sustainability in Biostorage: Efficient Strategies for Sample Storage Optimization

Like many industries, the global research landscape is increasingly shaped by the push to adopt more sustainable practices. Energy-efficient and carbon-neutral operations are leading drivers in the future of sustainable sample storage in the biotech and pharma industries. This shift is particularly significant for companies in Europe and the UK, where new regulatory mandates require […]

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Dual Temperature Biobanks Safeguard Multiple Types of Critical Specimens

Biobanking has become an essential part of biomedical research, providing researchers with access to valuable biological specimens for use in a wide range of studies. But as the scope and span of biomedical research grows, so does demand for advanced storage facilities capable of accommodating diverse biological specimens and liquid-based compounds used for clinical trials, […]

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Expert Insights on Cryopreservation and Transient Warming from Dr. Jason Acker

An Interview with Cryobiology Expert Dr. Jason Acker Freezing is stressful for mammalian cells – to say the least. Cells face potentially dangerous ice crystals and severe dehydration when cooled to very low temperatures. Yet, by carefully configuring a cryopreservation protocol, cells can be shielded from injury. Thanks to discoveries in cryobiology, scientists have preserved […]

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Considerations for Protecting Cell Viability During Cryopreservation

Cryopreservation extends the viability of cells by cooling them to extremely low temperatures and thus keeping them in a safe, biochemically inactive state. This process gives much-needed flexibility to researchers and those developing cell-based therapies. The latter involves collecting living cells from donors, transporting them to manufacturing sites for processing or screening, and then delivering […]

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