temperature performance

Temperature range: Select the appropriate temperature range according to experimental requirements. The temperature range of conventional products is usually from room temperature to 100 ℃. If there are special experiments that require low temperature, such as enzyme activity research, it may be necessary to choose low-temperature products that can reach 0 ℃ or even lower temperatures; If there is a high temperature requirement, such as for certain organic synthesis reactions, attention should be paid to whether the maximum temperature of the equipment can be met.

Temperature control accuracy: The higher the accuracy, the better. Generally, high-quality equipment should achieve ± 0.1 ℃ or even higher accuracy to ensure the accuracy and repeatability of experimental results. For example, in cell culture experiments, even small fluctuations in temperature can affect the growth status of cells.

Heating rate: A faster heating rate can save experimental time and improve experimental efficiency. It is recommended to choose products with a heating rate of ≥ 2 ℃/min.

Temperature uniformity: This is related to whether the samples at different positions in the water bath are heated uniformly. The temperature difference in the water bath of high-quality equipment should be ≤ 0.5 ℃, which can be understood by checking the product specifications or consulting the manufacturer.

Overtemperature protection: It is necessary to have an overtemperature protection function. When the temperature exceeds the set safety value, the equipment can automatically cut off the power or take other protective measures to prevent damage to the experimental sample and avoid safety accidents.

Oscillation performance

Vibration modes: Common ones include cyclotron oscillation, reciprocating oscillation, and dual-purpose oscillation. Cyclotron oscillation is suitable for general samples, which can make the liquid in a vortex state inside the container, achieving a uniform mixing effect; Reciprocating oscillation is more effective in handling liquids with higher viscosity; Dual function oscillation combines the advantages of both and can be selected according to sample characteristics and work requirements.

Speed range: It is recommended to adjust the speed range between 30-300rpm to meet the requirements of different experiments for oscillation intensity. For example, in microbial culture experiments, different microorganisms may require different oscillation speeds to promote their growth and metabolism.

Amplitude adjustment: It is better to have amplitude adjustment function, which can adjust the oscillation amplitude according to the size of the experimental container and the amount of sample, ensuring that the sample can be fully mixed and reacted.

Load capacity: The load capacity of the equipment should be considered to ensure stable oscillation during full load operation, without any decrease in speed or uneven oscillation. If multiple larger volume containers need to be oscillated simultaneously, it is necessary to choose equipment with stronger load capacity.

Speed control accuracy: The accuracy should reach ± 1rpm to ensure consistency and repeatability of experimental conditions.