96-well PCR Plates

Non-skirted 96-well PCR Plates

Our Non-skirted 96-well PCR Plates are designed for use in a wide range of PCR applications. These plates are made from high-quality polypropylene and are compatible with most thermal cyclers and real-time PCR instruments.

Features and Benefits：

Non-skirted design for maximum flexibility
Raised well rims for effective sealing
Alphanumeric grid for easy sample identification
Compatible with most thermal cyclers and real-time PCR instruments
Enables efficient and reliable PCR amplification
Easy to use and compatible with a wide range of PCR protocols
Reduces sample evaporation and contamination

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Specifications

Well, format:	96 wells
Well, working volume:	0.1 mL, 0.2 mL
Material:	USP Class VI medical grade Polypropylene (PP)
Skirt type:	Non-skirted
Raised rim height:	1.2 mm
DNase/RNase-free and non-pyrogenic

Non-skirted 96-well PCR plates, also known as low-profile or low-profile non-skirted PCR plates, are a type of laboratory consumable used in molecular biology and polymerase chain reaction (PCR) experiments. These plates differ from semi-skirted or full-skirted PCR plates in that they lack the extended skirt that surrounds the wells. Here are some key features and uses of non-skirted 96-well PCR plates:
1. Well Configuration: Non-skirted PCR plates typically have 96 wells arranged in an 8x12 grid, allowing for simultaneous processing of 96 samples. Each well can hold a PCR reaction mixture, which typically consists of DNA, primers, nucleotides, and a DNA polymerase enzyme.
2. Skirtless Design: These plates have a flat, skirtless design, meaning that the wells are open at the bottom without the extended skirt that is present in some other PCR plates. This design makes them more compact and compatible with certain PCR instruments and robotic liquid handlers.
3. Material: They are usually made from high-quality polypropylene, which is resistant to temperature changes during PCR cycling and compatible with a range of thermal cyclers.
4. Thermal Cycling: Non-skirted PCR plates can be used in thermal cyclers, just like other PCR plates. They are subjected to temperature changes for denaturation, annealing, and extension of DNA strands during PCR amplification.
5. Labeling and Barcoding: Many non-skirted PCR plates come with alphanumeric labeling and barcoding on the sides for easy sample identification and tracking.
6. Sealing Options: To prevent sample evaporation and contamination, non-skirted PCR plates can be sealed using adhesive or heat-sealing films, caps, or other sealing methods. Proper sealing is crucial to maintain the integrity of the PCR reactions.
7. Applications: Non-skirted PCR plates are used in a wide range of molecular biology applications, including standard PCR, qPCR (quantitative PCR), genotyping, gene expression analysis, DNA sequencing, and other PCR-based assays.
8. Compatibility: These plates are designed to fit into standard 96-well block thermal cyclers and real-time PCR instruments that are compatible with low-profile or skirtless plates.
Non-skirted PCR plates are particularly useful when compatibility with certain PCR instruments and robotic systems is essential, as the lack of a skirt minimizes the risk of interference and contamination. However, proper handling, sealing, and labeling are still crucial to ensure the success of PCR experiments while using these plates.

Applications
Our Non-skirted 96-well PCR Plates are ideal for a wide range of applications, including:
- Gene expression analysis
- Pathogen detection
- DNA sequencing
- SNP genotyping
- And more!
Thank you for considering our Non-skirted 96-well PCR Plates. If you have any questions or would like to place an order, please contact us at [insert contact information.
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About

Zhejiang ZSup Medical Technology Co., Ltd.

Zhejiang ZSup Medical Technology Co., Ltd was established in 2018, Is a Non-skirted 96-well PCR Plates Manufacturers and Non-skirted 96-well PCR Plates Suppliers, by expert Teams of mold manufacturing, polymer materials, biomedicine, and IOT. We produce high-quality laboratory consumables in GMP qualified 100,000-level cleanliness level purification workshop. We also undertake manufacture of high-precision injection mold, customized bio supplies. We strive to provide one-stop solutions to our customers.
Manufacture of high-precision mold: Technical team own excellent experiences in producing of high-precision molds for bio supplies, particularly for thin-walled, multi-cavity, high-speed injection molds.
Manufacture of injection molding products: Top level production of laboratory supplies by world class QC and QA management, including
· General consumables: centrifuge tubes, tips, PCR, cell culture products, etc.;
· Customized consumables: all kinds of automated special biological experiment consumables;
· OEM customization: sharing equipment, molds, production lines, and available for OEM manufacture.
We offer a great balance of quality and affordability, while maintaining high-quality standards by leveraging economies of scale, optimizing production processes, and sourcing materials.

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Industry Knowledge Extension

How efficient is the heat transfer of Non-skirted 96-well PCR Plates in PCR experiments?

Thermal conductivity efficiency of Non-skirted 96-well PCR Plates in PCR experiments:
The thermal conductivity efficiency of Non-skirted 96-well PCR Plates in PCR experiments is one of the key indicators to evaluate its performance. Thermal conduction efficiency is not only directly related to the rapid rise and fall of temperature and stability during the PCR reaction, but also affects the consistency and reliability of experimental results.
First, the thermal conductivity efficiency is closely related to the material selection of the PCR plate. High-quality PCR plates usually use materials with good thermal conductivity, such as high-quality plastic or metal composite materials. These materials absorb and disperse heat quickly, ensuring that heat is delivered quickly and evenly to every hole. In contrast, PCR plates made of materials with poor thermal conductivity will have lower thermal conductivity, which may lead to uneven temperature distribution during the PCR reaction, thus affecting the accuracy of experimental results.
Secondly, Non-skirted design also has a certain impact on heat transfer efficiency. Since there is no skirt, the contact between the PCR plate of this design and the thermal block of the PCR machine is more direct, reducing thermal resistance. This helps heat transfer more efficiently from the thermal block to the individual wells on the PCR plate. However, this also requires that the PCR plate needs to be placed more precisely to ensure a perfect fit with the thermal block, thereby avoiding local temperatures that are too high or too low.
In addition, the compatibility between the PCR plate and the PCR instrument is also an important factor affecting the heat transfer efficiency. Different thermal cyclers have different thermal block designs and heating methods, so it is important to choose a PCR plate that is compatible with the thermal cycler. Quality PCR plate manufacturers usually offer products that are compatible with mainstream PCR machines to ensure maximum heat transfer efficiency.
Finally, thermal conductivity efficiency is also related to the use and maintenance of the PCR plate. Proper use and regular cleaning and maintenance can ensure that the PCR plate maintains good thermal conductivity. For example, avoid using sharp tools or applying excessive pressure on the PCR plate to avoid damaging the plate structure and affecting heat transfer efficiency. At the same time, regularly clean stains and residues on the surface of the PCR plate to ensure smooth heat transfer.
In summary, the heat conduction efficiency of Non-skirted 96-well PCR Plates in PCR experiments is a complex and critical performance indicator. In order to ensure accurate and reliable experimental results, we should choose high-quality PCR plates that are compatible with the PCR machine and follow correct usage and maintenance procedures. At the same time, by continuously optimizing experimental conditions and operating methods, we can further improve the heat conduction efficiency of PCR experiments, thereby obtaining more accurate and consistent experimental results.

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