Laboratory Scientific Research Heating
With high-precision temperature control, it is applicable to laboratory precision heating scenarios, including chemical sample drying, constant temperature digestion, water and soil testing pretreatment, cell culture substrate incubation and slide curing. Stable and accurate temperature ensures precise experimental data and undamaged samples.
Case 1: Constant Temperature Digestion & Heating for Chemical Samples
Application Scenario:
Environmental testing such as water quality and soil detection requires constant temperature drying, water evaporation and digestion pretreatment. Temperature deviation will directly affect the accuracy of test data.
Practical Solution:
Use a high-precision digital heating platform with a temperature control accuracy of ±0.1℃. Place glass digestion vessels stably on the platform and operate at a constant temperature of 40–120℃. Uniform heating ensures stable sample evaporation and digestion, guaranteeing accurate experimental test results.
Case 2: Constant Temperature Incubation for Biological Cell Culture
Application Scenario:
Cell patch and medium incubation on slides in biological and medical laboratories. Temperature fluctuation easily causes cell apoptosis and uneven medium solidification.
Practical Solution:
Adopt a low-temperature precision heating platform maintained at a constant 37℃ suitable for biological environments. Lay slides flat for constant temperature standing to achieve uniform medium solidification. No obvious temperature difference avoids cell apoptosis, meeting the requirements of precision biological incubation experiments.
