Benchtop Thermal Cycling Chamber

Benchtop thermal cycling chamber offers a wide range of temperature Settings, from low temperatures of -80 ° C or lower to high temperatures of +200 ° C or higher. This allows it to simulate a variety of extreme temperature environments, whether it is the polar cold or high temperature industrial environment can be reproduced in the test chamber to meet the test needs of different industries. It is equipped with advanced temperature sensors and control systems. The temperature sensor has high sensitivity and accuracy, and can accurately monitor the temperature in the box in real time. The control system adopts intelligent algorithm, which can control the temperature fluctuation within a very small range, usually the temperature uniformity can reach ±0.5℃, to ensure that the test sample is in a stable and accurate temperature condition during the whole test process. This high-precision temperature control is essential for the testing of samples that are sensitive to temperature changes, such as high-precision electronic chips or bioactive substances.
And has an excellent temperature change rate, can achieve rapid temperature rise and fall in a short time. For example, it can change the temperature at a rate of several degrees per minute or even higher to quickly simulate the rapid temperature changes that may occur in practical applications, such as the state of electronic devices during startup or sudden external temperature shocks, so as to effectively evaluate the performance changes of samples during temperature cycles.

Multiple cycle modes
Benchtop thermal cycling chamber support a variety of temperature cycle mode Settings. Users can customize the temperature change curve according to the test requirements, including setting different heating and cooling rates, high temperature holding time, low temperature holding time and cycle times. A preset standard cycle mode can also be selected, such as a simple alternating cycle of high and low temperature, stepped temperature cycle, etc., to meet the test standards and requirements of different types of samples.
Data recording and analysis
Complete data recording function. During the test, temperature change data and time information can be recorded in real time, and these data can be stored in the internal memory or external data storage device. At the same time, there is also a special data analysis software, which can analyze the recorded data in detail, generate temperature curve charts, statistical reports, etc., so that users can intuitively understand the test process and results, and provide a strong basis for subsequent research and quality assessment.
Security protection mechanism
In order to ensure the safety of the test process, the benchtop thermal cycling chamber has set up multiple safety protection mechanisms. Including overtemperature protection, when the temperature exceeds the set safety range, the system will automatically stop heating or cooling, and issue an alarm; Leakage protection to prevent safety accidents caused by electrical failures; In addition, there are functions such as abnormal door opening protection to ensure the safety of operators and equipment.

Electronics industry
In the development and production of electronic components, it is used to test the performance of chips, circuit boards, electronic sensors, etc., in different temperature environments. Through the temperature cycle test, you can detect the thermal stability of electronic components, solder joint reliability, electrical parameter changes, etc., to ensure that the product can work normally under complex temperature conditions, improve the quality and service life of electronic products.
Materials science field
For the study of new materials, such as polymer materials, metal alloys, etc., can simulate the physical and chemical changes of thermal expansion, contraction, aging and other materials under different temperature cycles. Researchers can evaluate the heat resistance, cold resistance and structural stability of the material by observing the performance changes of the material during the thermal cycle, and provide references for the optimization and application of the material.
Biomedical field
In the preservation and research of biological samples, the platform thermal cycle test chamber can be used to simulate the temperature change environment in the organism. For example, in some biological experiments involving temperature sensitivity, such as cell culture, enzyme activity studies, precise temperature control and circulation function help researchers understand the physiological changes of biological samples under different temperature conditions, providing support for medical research and diagnosis.

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