About Aicil Cooled Incubator Shaker
A BOD Cooled Incubator, or Biochemical Oxygen Demand incubator, is a specialized laboratory device that maintains a controlled, stable, low-temperature environment for testing the biochemical oxygen demand (BOD) in water samples. It features a cooling system, an insulated chamber, an internal fan for uniform air circulation, and a digital temperature controller to precisely regulate the temperature for these low-temperature experiments. These incubators are essential for environmental monitoring, wastewater treatment analysis, and microbiological research where accurate BOD testing requires specific low-temperature conditions.
Versatile Incubation and ShakingThe Aicil Cooled Incubator Shaker is designed for flexibility in laboratory settings, supporting both incubation and controlled orbital shaking. Its adjustable shelves and spacious 150-liter chamber accommodate multiple flask sizes, making it ideal for microbial cultivation, cell culture, and biochemical studies. The orbital motion ensures uniform mixing, promoting consistent experimental results.
Precision Temperature and Speed ControlEquipped with a microprocessor-based digital control system, this incubator shaker allows users to finely tune both temperature (from 5C to 60C) and shaking speed (50-250 RPM). The precise temperature control ensures reliable results and safeguards sensitive samples, while the programmable timer and digital LED display contribute to effortless monitoring during experiments.
Reliable and Durable BuildFeaturing a powder-coated mild steel exterior and a corrosion-resistant stainless steel inner chamber, this unit is manufactured for longevity. Its polyurethane foam insulation maximizes thermal efficiency, while the hermetically sealed refrigeration compressor ensures energy-efficient operation. The low-noise design makes it suitable for continuous use in busy laboratory environments.
FAQ's of Aicil Cooled Incubator Shaker:
Q: How does the Aicil Cooled Incubator Shaker ensure uniform sample mixing?
A: The incubator shaker utilizes an orbital shaking mechanism, which provides consistent circular motion to your samples. This ensures even mixing and oxygenation, which is vital for reliable microbial culture growth and other incubation applications.
Q: What benefits does the digital microprocessor-based control offer in this equipment?
A: The microprocessor-based digital control allows precise and stable regulation of temperature and shaking speed, with an accuracy of 0.5C. This level of control improves experimental reproducibility and allows for exact replication of incubation conditions, essential for research consistency.
Q: When should I adjust or remove the shelves inside the chamber?
A: Shelves can be adjusted or removed to accommodate different sizes and numbers of sample containers. This flexibility is particularly useful when working with a variety of vessels, from small flasks to larger culture bottles, or when more incubation space is required.
Q: Where is the Aicil Cooled Incubator Shaker typically used?
A: This equipment is used in laboratory environments, particularly in microbiology, biotechnology, and molecular biology labs. It is suited for applications involving microbial culture growth, cell incubation, and biochemical research that require controlled temperature and agitation.
Q: What is the process for setting temperature and shaking speed?
A: Users can set the desired temperature (5C to 60C) and shaking speed (50-250 RPM) using the digital LED display panel. Simply enter your required values and activate the programmable timer if needed. The unit's microprocessor will automatically maintain and adjust settings as programmed.
Q: How does the solid insulated door contribute to performance?
A: The solid insulated door, constructed without glass, enhances thermal efficiency and stability by minimizing heat loss. Combined with polyurethane foam insulation, it ensures stable internal temperatures, protecting sensitive samples throughout the incubation and shaking process.
Q: What advantages does the low noise operation provide?
A: Low noise levels make the incubator shaker suitable for continuous operation in laboratories without causing disturbances. This is especially beneficial in environments where multiple sensitive instruments and prolonged experiments are conducted.