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Where are 96-well PCR plates used?

96 Well PCR Plate
Whether you need to perform real-time quantitative PCR, DNA sequencing, or have other applications that call for a 96-well plate, a good quality plate can help you achieve your goal. Plates are available in a variety of sizes and configurations and are designed to provide performance during the course of your experiment. They are also a convenient and cost-effective alternative to other solutions. A 96 well plate can be used to perform various applications, from automated loading to sample shipping.
Zhejiang Saining Biotechnology Co., Ltd. 96-Well Non-Skirted PCR plates are designed for use with thermal cyclers and standard multichannel pipettes. They come in a wide array of colors and have a cut corner at the H1 well. This is a useful feature that allows for efficient temperature transfer from the thermal cycler block to the plate. During the PCR process, a fast temperature exchange is vital for achieving accurate results.
A 96 well plate is also a good choice for robotic handling. The raised rim around the perimeter provides for better sealing when using films. These plates are sterile and suitable for autoloading and evaporation free storage. Other features include a flat top and frosted writing areas.
Zhejiang Saining Biotechnology Co., Ltd. PCR plates are designed to provide the performance for your application. PCR plates feature a thin wall thickness, allowing for faster and more efficient heat transfer from the thermal cycler block. In addition to these benefits, these plates also boast consistent wall thickness, which helps to ensure rapid heat transfer during the PCR process. Another interesting feature of these plates is that they offer low evaporation rates during the thermal cycling phase.
Zhejiang Saining Biotechnology Co., Ltd. 96-Well Semi-Skirted PCR Plates are also ideal for use with Applied Biosystems thermal cyclers. Available in 25-packs, these plates have a raised rim around the perimeter for better robotic handling. Unlike the non-skirted version, these plates are breakable horizontally or vertically, allowing for flexibility in your lab. As with other Applied Biosystems plates, they have high contrast black alphanumeric indexing, making it easy to locate specific wells in the plate.
When looking for the 96-well PCR plate, you want a plate that has the combination of features. For example, Zhejiang Saining Biotechnology Co., Ltd.'s 96-well microtitre plate is made from high-grade polypropylene, a material that guarantees minimal protein loss during the PCR process. It also has a 0.3 ml capacity per cavity. This is more than enough for microtitre PCR applications. Compared to other PCR plates, this one is likely to be the value. If you are looking to find the cheapest way to get the results from your experiments, a 96-well plate is a great option. 

PCR Plate & Sealing Film
Features
*No DNase, RNase, no pyrogen;
*Non-skirted, half-skirted, high-skirted and full-skirted;
*Ultra-thin tube wall, high heat conduction efficiency;
*Adapt to commonly used brands of instruments on the market, such as thermo fisher, Bio-Rad, Eppendorf, Applied Biosystems, Roche, etc;
*Multi-color options: the white version is suitable for cold light and low-fluorescence signal detection; the transparent version has no impurities to reduce the influence of scattered light and improve the accuracy of the experiment. Different colors are available for different detection systems; the frosted version takes into account the advantages of both;
*High temperature resistant materials are optional to ensure that the effect of product deformation on fluorescence detection is reduced during the continuous gradient high temperature change experiment process, and the detection accuracy is improved;
*Reaction The edge of the well is higher than the plane, which increases the sealing performance of the sealing film;
*Line and column digital identification, easy to distinguish and identify different reaction tube samples;
The print version is optional, and the digital identification is more explicit;
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