Ultra Low Freezers
B Medical Systems' Ultra Low Freezers are devices for the storage of blood components and blood plasma, human cells, tissues and other laboratory samples at ultra low temperatures down to -86°C.
4 models with variety of net volume (434 - 863 L)
Double barriers to cold loss
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The reliability of the Ultra-Low Freezers is extremely critical to the safe storage of samples, as any breakdown can result in catastrophic loss of potentially irreplaceable samples. B Medical Systems’ Ultra Low Freezers are designed with state of the art reliability features in order to provide maximum safety for the long-term storage of specimens.
Key features
- Uniform temperature distribution
- Fast pull down and recovery after door opening
- Reliable hold over time
- Optimized refrigeration system
- Advanced alarm systems and monitoring system
B Medical Systems’ Ultra Low Freezers are equipped with highly innovative design, advanced refrigeration system, innovative security features along with remote monitoring capabilities that provide with safe, uniform and reliable storage conditions for the valuable specimens because any failure associated with Ultra Low Freezers not only means the loss of precious samples but also an irreversible loss of valuable research that can never be quantified.
Best practices for using ultra-low freezers to green up your lab
In this paper, B Medical Systems highlights some of the best practices in using ultra-low freezers sustainably, and details about how its ultra-low freezers are designed to help you conduct energy-efficient operations and reduce CO2 emissions, thereby driving towards the bigger goal of sustainability and green operations.
COVID-19: Guidelines for storage & transport of clinical specimens
As an immediate action to contain the spread of the COVID-19 pandemic, laboratories are ramping up testing for the SARS-CoV-2 virus. To date, a number of test variants have emerged. Even though the most common remains throat swabs, some national bodies are also conducting antibody tests that require blood to be drawn and analyzed. Irrespective of the type of test, the accuracy of the results depends on the integrity of the samples taken from a suspected case. From their collection to the laboratory, the clinical specimens must be handled with the greatest care. In this white paper, B Medical summarizes the storage and transport conditions mandated by the WHO.
How to select a -86°C freezer to bring down the energy consumption of your lab
Due to the increased costs of electricity, regulations, and environmental awareness, more attention is brought to the energy efficiency of laboratory equipment nowadays. In particular, Ultra Low Temperature Freezers (ULTs) can be one of the most energy-intensive pieces of equipment. For instance, an average 25-cubic foot ULT unit uses approximately 20 kWh of energy per day –as much as a small house. What are the key factors to look at when selecting an energy-efficient ultra low freezer?
FDA Regulations on Electronic Records - FAQs and Applicability to Temperature Monitoring Systems
In this whitepaper, B Medical Systems explains the scope of usage and applicability of 21 CFR Part 11 in day-to-day operational scenarios and discusses how remote temperature monitoring systems, integrated to medical devices such as lab refrigerators or freezers, comply with the standards set by the FDA regulation. Amongst others, °B Connected – a remote monitoring solution developed by B Medical Systems that generates electronic records – meets the technical controls of 21 CFR Part 11 regulation, thereby providing an extra layer of assurance for FDA submissions.
