450L Low Temperature Refrigerated BOD Incubator NovaIncu BOD-450B(Programmable)

Features:

• Spacious stainless steel chamber with multiple shelves, enclosed in a sturdy housing.
• Large viewing window with double-layer glass for minimal heat transfer.
• Efficient double-door design reduces ambient air ingress during access.
• Refrigeration system is designed for longevity, low noise, and stable operation.
• Omnidirectional fan-assisted heating ensures every shelf receives uniform temperature.
• Built-in convenience: chamber lighting and a dedicated power outlet.
• Control unit features a high-precision Pt sensor and a responsive CPU.
• Extensive 99-hour programmable timer allows for complex incubation sequences.
• System alerts users to temperature errors, sensor issues, and safety concerns.
• Available with an independent over-temperature safety stop and UV cleaning option.

Specifications

10-segment temperature control program to realize temperature curve program running.

The inflow and outflow air speed is also adjustable.

Introduction about incubator

Biobanks, which store vast collections of biological samples (serum, tissue, DNA, cells) for future research, utilize specialized incubator-like equipment for active storage. While ultralow freezers (-80°C) and liquid nitrogen are used for long-term archiving, incubators and environmental chambers play a role in temporary holding, processing, and for certain live cultures. For example, peripheral blood mononuclear cells (PBMCs) may be held overnight in a 37°C incubator before processing. More significantly, some biobanks maintain living cell line repositories.

These require dedicated CO2 incubators with top-tier contamination control and backup systems to preserve these invaluable, often irreplaceable, resources. Stability chambers, which are large, precise incubators, are used for short- or mid-term storage of samples under defined temperature and humidity conditions (e.g., +4°C, 25°C/60%RH) as part of sample management workflows. The reliability, monitoring, and alarm systems of these units are critical, as a failure could represent the loss of millions of dollars in research value and countless hours of work. In biobanking, the incubator transitions from an active experimental tool to a guardian of biological capital.