Microplate molecular hybridization instrument for molecules on the membrane

On the path of scientific exploration in modern laboratories, molecular hybridization instruments are undoubtedly a better star equipment, bringing unprecedented convenience and efficiency to researchers.

Traditional experimental procedures often rely on plastic hybrid bags and water bath shakers. However, these traditional tools are not only cumbersome to operate, but also pose a risk of contamination due to damage. The emergence of molecular hybridization instruments has better solved these problems and become an ideal choice for the application of modern laboratory hybridization technology.

This molecular hybridization instrument embodies excellent technological strength. It uses microchips for precise control, combined with efficient hot air convection technology and carbon fiber electric heating tubes that can achieve efficient heat conduction. The fusion of these excellent technologies ensures that the equipment can provide extremely stable and precise temperature control for experiments, creating a consistent constant temperature environment. The uniquely designed furnace air circulation device not only accelerates the heating speed of the equipment, but also distributes heat evenly, providing reliable guarantee for the smooth progress of the experiment.

At the bottom of the instrument, there is a well-designed circular or swinging motion tray, especially the VH-4000 series, which fully embodies the concept of "one machine for multiple uses". Whether it is placing hybrid bags or conducting other experiments with strict requirements for incubation conditions, it can easily handle them, demonstrating strong adaptability and versatility.

The molecular hybridization instrument is developed based on the principle of nucleic acid hybridization technology, and its functions are very powerful. It can not only perform molecular hybridization experiments excellently, but also be used as an incubator for enzyme-linked reactions. When combined with enzyme immunoassay technology, it can better assist in establishing fully quantitative or semi quantitative PCR detection methods, and has achieved remarkable application results in clinical testing fields such as genetic diagnosis of viruses and bacterial diseases, providing strong technical support for medical diagnosis.

From the perspective of structural design, the molecular hybridization furnace adopts a modular design concept, which makes its appearance fashionable and novel. At the same time, it has stable and reliable temperature control, simple and easy to operate mode, stable speed, and will not be affected by external power supply voltage fluctuations. During the hybridization process, the experiment is conducted in a continuously rotating hybridization bottle. This design allows the membrane and probe to be fully and uniformly mixed, eliminating the tedious steps of hybridization bag packaging and effectively avoiding the potential danger of radioactive isotope leakage, creating a safe and efficient experimental environment for researchers.

The molecular hybridization instrument also has numerous thoughtful designs and functions, bringing users a wonderful user experience:

Multiple modes to choose from: whether it is temperature control mode or room temperature mode, time control mode or normally open mode, rotation, circular (or rocker) motion mode, they can be freely switched according to experimental needs to meet the diverse needs of different experimental scenarios.

Convenient movement speed adjustment: Users can easily observe the status of the experimental sample while adjusting the speed during device operation until the ideal speed is reached, ensuring that the experiment is conducted under the most suitable conditions.

Comprehensive safety guarantee: After the experiment, when the chamber temperature exceeds 45 ℃, the fan will automatically continue to operate. This serves as a high-temperature reminder to the user, ensuring safe operation, and can accelerate the temperature drop inside the chamber, effectively extending the service life of the equipment and safeguarding the long-term stable operation of the laboratory.

Humanized observation window design: The equipment is equipped with a large area of special glass observation window, which not only facilitates users to safely observe the operation status of the sample during the experiment, but also allows users to grasp the experimental progress in real time without affecting the experiment.

Efficient and energy-saving carbon fiber electric heating tube heating: The carbon fiber wire heating element can convert the vast majority of electrical energy into heat, with a conversion rate of over 95%. While achieving rapid heating, it can also effectively reduce energy consumption, in line with the concept of environmental protection and energy conservation.

Better hot air circulation convection technology: This technology can provide stable temperature control and a constant temperature environment for experiments, ensuring that every experiment can be conducted under precise temperature conditions, guaranteeing the accuracy and reliability of experimental results.

Comprehensive high-temperature warning and protection mechanism: When the heating function is turned on, the high-temperature indicator light will light up, constantly reminding the user that the device is in a heating state. Once the temperature of the nucleic acid hybridization instrument box exceeds 100 ℃, the control system will immediately cut off the heating circuit, stop heating, and the motor will also stop rotating, ensuring the safety of the equipment and experiments in multiple dimensions.

Extensive expansion functions (applicable to VH-4000 series): it is easy to take off the hybridized tube bracket, flexibly use accessories such as circular or rocker movement tray, conical bottle tray, 96 hole enzyme plate tray, etc., so that it can become a micro culture shaker, which can meet the needs of a series of related experiments such as incubation, membrane elution, gel decoloration, microbial culture, and truly achieve "one machine for multiple purposes", saving a lot of space and equipment procurement costs for the laboratory.

Convenient lighting function: After the experiment is completed, when the device door is opened, the internal lights will automatically light up, making it convenient for users to quickly and accurately perform sampling operations. Every detail reflects the exquisite pursuit of user experience.

The molecular hybridization instrument is like a versatile assistant in the laboratory, with its better performance, thoughtful design, and powerful functions, becoming a trusted partner for researchers and helping modern scientific research reach new heights.