Constant temperature oscillation incubatorIt is a constant temperature cultivation device used for mold and microbial cultivation and breeding experiments, mainly applied in scientific research and production in the fields of biotechnology, medical research, agricultural and forestry science, aquaculture and animal husbandry. Its core functions are constant temperature control and oscillation cultivation. The following is an interpretation of its key parameters:

1、 Temperature control parameters

1. Temperature control range: usually 5~65 ℃, but different models of equipment may vary, and some equipment may reach higher temperatures, such as room temperature+5 ℃~+100 ℃. This range ensures that the equipment can meet the growth needs of different microorganisms or cells.

2. Temperature control fluctuation: The temperature control fluctuation of digital display devices generally does not exceed ± 1.5 ℃, while the temperature control fluctuation of intelligent devices is even smaller, generally not exceeding ± 1 ℃. This ensures the stability of the internal temperature of the device, which is beneficial for the growth of the culture.

3. Temperature uniformity: Usually within ± 1 ℃, this ensures the uniformity of temperature at various points inside the equipment, avoiding uneven growth of the culture caused by temperature differences.

2、 Oscillation parameter

1. Range of oscillation speed: usually 50-400 revolutions per minute, but the specific range may vary depending on the device model. Some devices may offer lower starting speeds or higher maximum speeds. The selection of oscillation speed should be determined based on the requirements of the culture and experimental design.

2. Amplitude: The amplitude determines the amplitude of the oscillation, usually between 20~30mm. The magnitude of the amplitude will affect the mixing degree and oxygen exchange efficiency of the culture during the cultivation process.

3. Oscillation mode: Common oscillation modes include reciprocating, rotary, etc. Different oscillation modes may have different effects on the growth of the culture, so the appropriate oscillation mode should be selected according to experimental needs.

3、 Box parameters

1. Inner container size: The inner container size determinesConstant temperature oscillation incubatorThe number and size of cultures that can be accommodated internally. The size of the inner container of different models of equipment may vary, and users should choose the appropriate equipment model according to their experimental needs.

2. External equipment size: It is related to the size of the inner container, but also includes the external structure of the equipment, such as the shell, insulation layer, etc. This parameter is crucial for the placement and installation of equipment.

3. Equipment weight: usually between 80-200 kilograms, depending on the model and configuration of the equipment. The weight of the equipment has an impact on its transportation, installation, and stability during use.

4、 Power supply and safety parameters

1. Power supply: Usually 220V ± 10% 50Hz, but the power supply voltage may vary in different regions. When purchasing equipment, users should ensure that the equipment matches the local power supply voltage.

2. Safety functions: including overheating protection, overspeed protection, leakage protection, etc. These safety features ensure that the equipment can automatically shut down in case of abnormal situations, protecting the safety of experimenters and equipment.

5、 Other parameters

1. Noise level: Usually not exceeding 55 decibels, ensuring that the equipment does not interfere with the normal work of the experimenters during operation.

2. Lighting: The lighting inside the box can observe the culture inside, making it convenient for laboratory personnel to observe and record.

3. Timing range: Devices usually have a timing function, and users can set the running time of the device according to experimental needs.

　　Constant temperature oscillation incubatorThe key parameters include temperature control parameters, oscillation parameters, enclosure parameters, power and safety parameters, and other parameters. Users should consider these parameters comprehensively based on experimental needs when selecting equipment to ensure that the equipment can meet experimental requirements and provide stable and reliable experimental results.