Customer-Site Sample Management
This on-site solution enhances efficiency and sustainability by tailoring sample storage and management processes to your laboratory.
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As the need to shift to more sustainable practices becomes increasingly urgent, what can you do to lower your lab’s carbon footprint? At Azenta, we’re on a journey with our customers to bring the most impactful solutions in the shared goal of reducing our carbon footprint and driving maximum sustainability.
Maximizing storage space through consolidation and re-organization can significantly decrease energy consumption, while effective sample management systems are instrumental in achieving sustainability goals by streamlining processes and reducing sample waste.
Implementing regular maintenance for your cold storage units prevents unnecessary energy loss, ensuring that equipment operates at peak efficiency. These practices not only save energy but also contribute to the longevity of equipment. Embracing new technologies that enable higher density storage with lower energy requirements is impactful, and implementing advanced inventory systems minimizes waste by improving sample tracking and mitigating energy loss through repeated freezer door opening.
Overall, each step toward sustainability in lab practices, from optimized storage management to energy-efficient technologies, is a stride towards a more sustainable future in scientific research.
FEATURED
BioArc™ Ultra High Density -80°C Automated Sample Storage System
Increase sustainability in your lab by consolidating and optimizing cold storage, re-organizing samples, and clearing unused materials, which optimizes sample utilization, reduces energy consumption, and saves time and money.
Free up your time, space, and samples! Use this tool to estimate your potential savings when you consolidate your cold storage.
CASE STUDY
Streamlining sample storage and management presents unique challenges. Learn how Azenta partnered with a global biopharmaceutical company to enhance sustainability, compliance, and efficiency. Through centralized inventory, site consolidation, and reduced CO2 emissions, this collaboration optimized operations and accelerated therapeutic advancements.
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Regular maintenance of freezers is essential to ensure optimal sustainability. Without it, frost accumulation, ice build-up, damaged gaskets, and clogged filters can reduce energy and cooling efficiency, risking sample integrity, and increasing waste in cold storage units.
An effective freezer maintenance program can proactively identify and address issues before they arise, potentially saving you time, energy, and money better spent on research.
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Service and support agreements keep your lab instruments running smoothly with regular maintenance to prevent breakdowns and ensure uptime. They also grant priority support and faster response times, maximizing productivity in your research.
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A sustainable practice starts with a proper sample management system, allowing you to easily access and track samples during storage and retrieval, helping to reduce human error, labor, and wasted samples.
Azenta informatics solutions
Maximize your lab efficiency with storage solutions that aim to store more and cut energy costs. Embrace innovative sample storage that utilizes natural refrigerants, increases storage density, and helps reduce your energy consumption while shrinking your carbon footprint.
Sample storage can take up a lot of space and energy. See how much floorspace and power you can save by upgrading to a more energy-efficient option, such as the BioArc Ultra.
BLOG
As the world sets goals for lower carbon emissions, the shift to sustainability in biotech is well underway. Learn how optimizing cold-storage systems can reduce carbon footprint, cut costs, and promote operational efficiency in the lab.
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