Not all cold storage performs the same, and in the lab, these small differences can have big consequences. A slight temperature fluctuation or equipment malfunction can compromise sample integrity, while inefficient energy use can increase both the total cost of ownership and environmental impact.
Lab managers must balance their budgets and sustainability goals with the need for high-performance, reliable cold storage. But with so many options available, how do you decide which unit will truly meet your lab’s needs?
Beyond initial price tags, factors like temperature uniformity and recovery, reliability, and energy efficiency all play an important role in long-term performance and cost-effectiveness. Advancements in cold storage technology—from inverter compressors to remote monitoring—offer new ways to reduce energy consumption, support compliance, and protect sample and product integrity.
This guide provides a strategic approach to selecting and managing cold storage solutions, helping lab managers make informed decisions that align with operational needs, regulatory requirements, and sustainability initiatives.
Download this guide to learn:
- What to consider before purchasing a cold storage unit
- How to critically evaluate temperature uniformity and recovery
- How to identify hidden costs and calculate the total cost of ownership
- The differences between liquid nitrogen and mechanical ULT freezers—and when to choose each
- How advancements in cold storage technology can enhance reliability and sustainability