Splicing molecular hybridization instrument with high precision

In modern laboratories, molecular hybridization machines are undoubtedly the ideal choice for performing hybridization techniques. Traditional plastic hybrid bags and water bath shakers have many drawbacks, such as easy breakage, which can lead to pollution hazards. And our molecular hybridization instrument completely solves these problems, providing you with reliable and efficient experimental guarantees.

This molecular hybridization instrument adopts excellent microchip control technology, combined with hot air convection technology and high-efficiency conductive carbon fiber electric heating tubes. The combination of these excellent technologies ensures precise and stable temperature control during the experimental process, creating a consistent constant temperature environment for you. The better designed air circulation device inside the furnace enables not only rapid heating but also uniform temperature distribution.

It is worth mentioning that the bottom configuration of circular or swinging motion trays (suitable for VH-2000S and VH-2000C models) greatly expands the application range of the instrument. Whether it is conducting experiments with strict requirements for incubation conditions such as placing hybrid bags, or using it as an incubator for enzyme-linked reactions, it can handle them with ease. Moreover, when combined with enzyme immunoassay technology, it can also establish fully quantitative or semi quantitative PCR detection methods, which perform better in clinical genetic diagnosis of viral and bacterial diseases, bringing satisfactory detection results.

What is even more advantageous is that our combination molecular hybridization instrument also has UV cross-linking function, which can meet various experimental needs with one instrument. The ultraviolet radiation analyzer, as a multifunctional ultraviolet radiation system, plays an important role in experimental operations. It can quickly crosslink DNA or RNA onto nylon or nitrocellulose membranes, with the entire crosslinking process taking only 25-50 seconds. Compared with the traditional method of baking the membrane in a vacuum oven at 80 ° C for 2 hours, it not only greatly saves time, but also significantly enhances the hybridization signal after irradiation with a UV Vis spectrophotometer.

The application range of UV crosslinking analyzer is very wide. In addition to the membrane crosslinking operation mentioned above, it has been used in membrane crosslinking experiments such as Northern, Southern blotting, EMSA, etc, CLIP - seq、iCLIP - seq、PAR - CLIP - seq、pBpa、sulfo - SDA、psoralen Such bimolecular cross-linking operations, as well as practical operations such as microbial inactivation (such as inactivation of bacteria, fungi and viruses), photostability verification, DNA cutting in agar gel, RecA mutation screening, partial restriction endonuclease digestion produced by thymic dimer, UV sterilization and elimination of PCR pollution, can all play a great role. It also has outstanding performance in UV sterilization, polymer curing (such as hydrogel, methyl methacrylate resin) and other fields.

To ensure excellent performance in every cross-linking operation, we have equipped each UV crosslinking instrument with a UV radiometer (UV energy meter). This precision instrument can accurately measure ultraviolet energy and compensate for energy deviations caused by power output aging of ultraviolet lamps in a timely manner. Before the equipment leaves the factory, we strictly follow national standards for correction. Regardless of changes in the strength of the ultraviolet light source or differences in operating time, we can ensure the accuracy and consistency of the radiation energy, making your experimental results more reliable.

The advantages of the molecular hybridization instrument are also reflected in its rich operating modes and user-friendly design. It offers multiple modes for you to freely choose from, including temperature control mode/room temperature mode, time control mode/normally open mode, rotation/circular (or rocker) motion mode, to meet your different experimental needs. Moreover, it is more convenient to adjust the movement speed, as users can observe and adjust the speed in real time during device operation until the desired speed is reached.

In terms of safety, the molecular hybridization instrument is even more thoughtful. After the experiment is completed, if the chamber temperature is higher than 45 ℃, the fan will continue to operate until the chamber temperature drops below 45 ℃ before stopping working. This design can effectively remind users of the high temperature inside the chamber and pay attention to operational safety, while also helping to quickly reduce the temperature inside the chamber and extend the service life of the equipment. In addition, its observation window is made of large-area special glass, allowing users to safely observe the operation status of the sample through this window. The carbon fiber electric heating tube heating method can convert over 95% of the energy of the carbon fiber wire heating element into heat, resulting in high heating efficiency. Better hot air circulation convection technology ensures stable temperature control and constant ambient temperature once again. At the same time, the instrument has high temperature warning and protection functions. When the heating function is turned on, the high temperature indicator light will light up. When the temperature of the box exceeds 100 ℃, the control system will immediately cut off the heating circuit, stop heating, and the motor will also stop rotating, fully ensuring the safety of the experiment.

Another highlight is that the molecular hybridization instrument can achieve multi-purpose use. When you remove the hybridized tube bracket and replace it with a circular or rocker movement tray, a conical bottle tray, and a 96 hole enzyme label plate tray, it can become a micro culture shaker, which is used for incubation, membrane elution, gel decolorization, microbial culture and other related experiments, saving space and equipment procurement costs for your laboratory. And when the experiment ends and the door is opened, the lights inside the instrument will automatically light up, making it convenient for you to perform sampling operations.

Let's take a look at the characteristics of the Purple Diplomacy Joint Instrument. It also has multiple operating modes for you to choose from, including Auto Mode, Energy Mode, Time Mode, and Preset Mode. Whether you are an experienced professional or a novice in the laboratory, you can easily operate them. In terms of safety, the UV scanner is equipped with a safety interlock device. When the door is not tightly opened or closed, the UV light source will automatically turn off to ensure the safety of the user. In addition, it also has a lamp replacement prompt function. When the lamp power is less than 60% of the initial value, the REPLEACE BULB indicator light will light up to remind users to replace the lamp in a timely manner. Moreover, the instrument can also choose to display the power of the lamp tube, making it convenient for users to perform conversion operations. The consistency of its light source distribution is good, and we can provide you with detailed data such as the energy distribution map, average value, and standard deviation of the ultraviolet radiation spectrometer, so that you can have a thorough understanding of the experimental conditions. The observation window adopts 3 layers of special glass, allowing users to safely observe the operation status of samples and lamps through this window, providing convenience and guarantee for your experimental operations.

Whether it is a molecular hybridization instrument or a UV probe, they are indispensable assistants in modern laboratories. Choosing them means choosing an efficient, accurate, and safe experimental experience.