Views: 0 Author: Site Editor Publish Time: 2021-12-20 Origin: Site
In professional laboratories such as life sciences, biopharmaceuticals, disease control, and criminal investigation, PCR amplification experiments, as the most basic experimental content, occupies a pivotal position. In PCR experiments, the effect of sample pretreatment directly affects the subsequent experimental results. How to effectively isolate the potential contamination of test materials by air-soluble living organisms that may exist in the indoor ambient air is the first problem to be solved. Generally, sample pretreatment must be completed in a 100-level (US Federal Standard) or ISO 5-level environment. Preventing cross-contamination between two experiments is another key point that must be considered. After each pretreatment is completed, using short-wave ultraviolet (254 nm) to irradiate pipettes, test tubes, beakers and other experimental equipment for a certain period of time has proven to be an extremely effective and convenient method.
At present, the most commonly used method in actual work is to complete the pre-treatment process of PCR samples in a 100-level ultra-clean workbench or biological safety cabinet. After the experiment is completed, the experimental equipment is irradiated with a built-in or separately prepared ultraviolet lamp for a period of time ( Usually 15 minutes). On the surface, the two necessary conditions required for the pretreatment of PCR samples have been met, but from the perspective of effect and efficiency, especially in the effect of eliminating cross-contamination, the above methods have inherent shortcomings. The combined PCR workbench is a practical, economical and efficient special equipment specially developed for the characteristics of PCR sample pre-processing. It solves the problems of maintaining a stable and clean area of class 100 and preventing cross-contamination.
This combined PCR workbench developed by Xunling, based on fully digesting the core technology of similar foreign products, applies advanced touch screen display technology and Internet of Things control technology, and invites world-renowned design teams to carefully design the appearance of the equipment. Formed its own unique characteristics, the product has been widely praised by customers since its launch.
-DLTouch™ touch-screen automatic security processor.
-U.S. Federal Level 100/ISO Level 5 Vertical Laminar Flow.
-Transparent polycarbonate (PC) shell, 360° visibility.
-254 nm short-wave ultraviolet killing device.
-Seamless polymer material design, there are no connections and voids on the main structure.
-Built-in UV irradiation rack with pipette holder.
-UV irradiation time setting: 0-59 minutes.
-Experiment time timer.
-Ultra-clean design, noise level <60dBA.
-White LED lighting.
-Standard configuration with adjustable threading hole.
-Standard type and heightened type are available in two heights.
-Power supply: 220V or 110V AC.
-When the window is closed, the sensor switch automatically reduces the fan speed, when the window is opened, the UV lamp is automatically turned off and the fan is started.
-The filter and control circuit are located above the working area, even if accidental spillage occurs, the spilled liquid will not stay in these sensitive areas.
-Filter safety locking device to ensure correct filter replacement.
-When the air pressure is too low, a visual and audible alarm will be issued.
-Polycarbonate (PC) and polypropylene (PP) materials can effectively reflect ultraviolet energy.
-Continuously monitor the effectiveness of UV lamps and HEPA filters.
-Fully assembled and rigorously tested before leaving the factory.
-Passed CE, CMA and CNAS certification tests.
