Low temperature biochemical incubatorIt is an experimental equipment designed specifically for fields such as biology, medicine, and food. It can accurately control temperature in low-temperature environments, meeting various scientific and industrial needs such as microbial cultivation, biochemical reactions, environmental testing, and low-temperature preservation.

Low temperature biochemical incubatorWhat factors should be considered when making a purchase?

1. Prioritize locking in core performance parameters

Temperature related: Clearly specify the required * low/* high temperature for the experiment, ensuring full coverage of the equipment temperature range.

Accuracy requirements: Microbial culture and cell experiments require higher accuracy, with priority given to models with temperature fluctuations within ± 0.3 ℃ and uniformity within ± 1.0 ℃.

Volume matching: Select based on the quantity of a single large sample.

2. Focus on key configurations and stability

Refrigeration system: Prioritize dual compressor dual cycle design, with fast cooling speed and low risk of failure; Environmentally friendly refrigerants are more in line with regulatory requirements.

Temperature control and cycling: Equipment with PID self-tuning or fuzzy control algorithms for more precise temperature control; Forced convection duct+multi-stage wind speed regulation can improve the temperature uniformity inside the box.

Inner liner and material: Stainless steel inner liner is corrosion-resistant, easy to clean, and suitable for experiments with frequent contact with culture media and reagents; The insulation layer thickness of the box body is ≥ 50mm, which is energy-saving and has stable temperature control.

3. Select additional functions based on experimental scenarios

Security protection: When the sample is valuable or the experiment is continuous, independent over temperature alarm, power-off memory, and leakage protection functions should be selected. Some models also support remote alarm.

Intelligent requirements: Long term experiments require timed power on/off and multi-stage programming; For those with high data traceability requirements, models with data recording, USB export, or networked monitoring can be selected.