A low-temperature constant temperature bath is a laboratory equipment used to cool or heat samples within an accurately controlled temperature range. These devices typically consist of an insulated tank or body, a constant temperature system, a temperature controller, and sensors. Here are some basic information about low-temperature constant temperature baths:

Main features and purposes:

Temperature control: The low-temperature constant temperature bath has a highly accurate temperature control system that can maintain a constant temperature within the temperature range. This makes it very suitable for applications that require experiments or sample storage under stable low or high temperature conditions.

Low temperature and high temperature operations: These tanks can be used for low-temperature operations, such as freezing experiments, sample preservation, or low-temperature cultivation. At the same time, some models can also be heated to a higher temperature range for heating experiments.

Sample Accommodation: Low temperature constant temperature baths typically have a body that accommodates samples, which can be placed in a constant temperature liquid or on a specific sample rack. These tanks can be used for experiments such as cell culture, biochemical reactions, protein extraction, and crystal growth.

Maintain constant temperature: The constant temperature bath maintains the set constant temperature state through an internal heating or cooling system. Usually, they use a circulating pump to send the liquid to/from external cooling or heating devices.

Liquid constant temperature: The liquid in the tank is usually water, mineral oil, or other heat conducting medium, which can maintain a constant temperature state at low or high temperatures as needed.

Digital control: These slots are usually equipped with digital temperature controllers, allowing users to set the required temperature and monitor experimental parameters.

Application field:

Medical and Biochemical Laboratories: Used for cell culture, enzyme activity experiments, PCR, DNA analysis, etc.

Chemical laboratory: used for chemical synthesis, sample cryopreservation, and chemical reactions.

Materials science research: used for crystal growth, metal corrosion research, etc.

Food and beverage industry: used for food quality control, food preservation, and enzyme activity experiments.

Semiconductor and Electronics Industry: Used for semiconductor production and testing.

Environmental science research: used to simulate environmental conditions and conduct thermodynamic experiments.