The constant-temperature nucleic acid molecular hybridizer is simple and reliable to operate, with stable rotation speed

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　　The structure of the constant-temperature nucleic acid molecular hybridizer features a modular design; it has an innovative appearance, stable temperature control, simple and reliable operation, consistent rotation speed, and is not affected by external power supply voltages. The hybridization process takes place within continuously rotating hybridization vials, where the membrane is mixed with the probes, thereby avoiding the need for complicated packaging of hybridization bags as well as the risk of radiation isotope leakage. 　　Full-quantitative or semi-quantitative PCR detection methods can be established in combination with enzyme immunoassay. It exhibits good performance in clinical tests for the genetic diagnosis of viral and bacterial diseases. 　　◇Easy speed adjustment: Users can adjust the speed while the device is running, observing it as they do, until they reach the desired speed. 　　◇High safety: Once the experiment is over, if the temperature inside the chamber exceeds 35°C, the fan will keep running until the temperature drops below 35°C, at which point the fan stops working. On the one hand, it alerts the user to the high temperature inside the chamber and advises them to be careful; on the other hand, it helps to reduce the temperature inside the chamber rapidly, thereby extending the device’s service life. 　　◇Friendly and safe observation window: The observation window is made of large-area special glass, allowing users to safely view the operating status of the sample through it. 　　◇Heating with carbon fiber electric heating tubes: The carbon fiber wire heating element converts most of the energy into heat, with a conversion rate of over 95%. 　　◇A novel hot air circulation convection technology provides stable temperature control and a constant temperature environment. 　　◇High-temperature warning and protection function: When the heating function is activated, the high-temperature indicator light turns on. If the temperature inside the nucleic acid hybridization instrument exceeds 100°C, the control system shuts off the heating circuit, stops heating, and the motor ceases to rotate. 　　The constant-temperature nucleic acid molecular hybridizer is an ideal device for modern laboratories that use hybridization techniques, based on the technical principles of nucleic acid molecular hybridizers. It can replace plastic hybridization bags and water bath shakers, while avoiding the contamination risks associated with damage. Article source: http://www.bio-vleader.cn/ This machine uses microchip control and hot air convection technology to provide stable temperature control and a constant temperature environment. The air circulation system inside the furnace is designed to ensure a fast and uniform rate of temperature increase. It also has a shaker at the bottom, which can be used for incubation experiments with strict requirements, such as those involving the use of hybridization bags.