What types of samples can be stored in biobanking sample storage equipment?
Biobanking sample storage equipment is designed to store biological samples such as DNA, RNA, plasma, serum, tissue, cells, and other biomaterials.
Is this equipment suitable for long-term storage?
Yes, biobanking sample storage equipment is ideal for long-term storage, often supporting ultra-low temperature and cryogenic conditions to maintain sample integrity.
How does the equipment ensure sample safety?
These storage systems typically include features like temperature monitoring, backup power systems, and alarm notifications to ensure sample safety.
Can this equipment handle high-throughput sample storage?
Yes, many models from manufacturers like Hamilton and TTP LabTech are specifically designed for high-throughput laboratories to efficiently store and retrieve large numbers of samples.
Does this equipment support automation?
Some biobanking storage systems, especially from top brands, are automation-compatible, allowing seamless integration with robotic handling systems for enhanced productivity.
What temperature ranges do these storage units support?
Biobanking storage solutions usually support a wide range of temperatures, from refrigerated conditions (2–8°C) to ultra-low freezing (-80°C) and cryogenic temperatures (-196°C).
Are these systems suitable for maintaining sample traceability?
Yes, many systems offer advanced tracking features like barcoding and integrated software to ensure complete traceability of stored samples.
What is the capacity of these storage units?
Biobanking storage systems come in various capacities to suit different needs, from compact benchtop units to large-scale storage solutions.
Do these systems have contamination prevention features?
Most biobanking storage solutions include contamination prevention features like sealed compartments, HEPA filtration, and decontamination cycles.
Are energy-efficient options available?
Many manufacturers offer energy-efficient models to reduce power consumption while maintaining optimal storage conditions.