High-capacity design to meet the needs of multi-step experiments: Each well of the 96-well deep-well plate has a large capacity and can accommodate 1 to 2 ml of sample, which is suitable for multi-step experimental applications such as high-throughput screening and sample storage. Its large-capacity design reduces frequent sample transfers and makes the experimental process more efficient. For experiments that require multiple additions of reagents or reactants, the high-capacity design of the deep-well plate is particularly ideal, which can accommodate more reactants and reduce errors in the sample distribution process, thereby improving the consistency and accuracy of the experiment.
Chemical corrosion resistance to ensure sample purity: Made of polypropylene (PP), it has excellent acid and alkali resistance and solvent resistance, and can maintain the stability of the material even when exposed to organic solvents or strong acids and alkalis. This chemical corrosion resistance makes it suitable for application scenarios such as chemical experiments and molecular biology experiments that require contact with multiple reagents. It will not react with the sample, ensure the accuracy of the experimental results, and greatly extend the service life of the product.
Low-temperature resistance, suitable for sample freezing and storage: The 96 deep-well plate can still maintain structural stability in a low-temperature environment of -80℃, without deformation or material embrittlement, and is very suitable for samples that require long-term low-temperature storage, such as biological samples such as proteins and nucleic acids. The low-temperature resistance ensures the integrity of the samples during storage and transportation, avoids damage to the samples in a frozen environment, helps protect the activity of the samples, and ensures the smooth progress of the subsequent steps of the experiment.
Automation-friendly design improves laboratory efficiency: The standardized design and sturdy structure of the 96-well plate make it fully compatible with various types of automated equipment, such as automated pipettes, cleaning equipment, etc. The automation-friendly design not only reduces the errors caused by manual operation, but also greatly improves the experimental processing speed and the repeatability of experimental data. In high-throughput experiments, the automation-compatible characteristics help laboratories efficiently process a large number of samples and achieve high efficiency and controllability of the experimental process.
Material composition and features
The polypropylene 96-well plate is made of high-quality polypropylene (PP), which is widely used in laboratories for its excellent chemical resistance and temperature resistance. The chemical inertness of polypropylene prevents it from chemically reacting when in contact with various acids, alkalis, organic solvents and chemical reagents, ensuring the integrity of the sample and the reliability of the experimental results. This makes the 96-well plate suitable for a variety of experiments that require contact with chemical substances, such as molecular biology experiments, chemical reaction tests and sample storage, reducing the risk of reaction with reagents, thereby ensuring the accuracy of experimental data.
In addition, polypropylene also has excellent high and low temperature resistance and can maintain stable physical properties under extreme temperature conditions. During high-temperature sterilization, the polypropylene deep-well plate can withstand high temperatures without deformation, and is suitable for routine laboratory disinfection procedures. For low-temperature environments, polypropylene also has good tolerance and can maintain structural stability for a long time at a low temperature of -80°C, making it very suitable for cryopreservation of biological samples. The high strength and impact resistance of polypropylene make the 96-well plate less likely to break or be damaged during experimental operations, greatly extending the service life of the product, improving the operating efficiency of the laboratory, and helping to reduce the frequency of laboratory equipment replacement, thereby reducing the overall cost of use.
Application areas of polypropylene 96 deep well plate
Molecular biology and genomics research
Polypropylene 96-well deep-well plates are widely used in molecular biology and genomics research, especially in high-throughput screening, PCR reactions, gene amplification and other experiments. The capacity of each well is moderate, which is very suitable for the simultaneous processing of multiple samples, and can efficiently perform large-scale DNA and RNA extraction and purification. In addition, the plate is resistant to high temperatures and adapts to sterilization and thermal cycling processes up to 121°C, making it very suitable for use in thermal cycling reactions such as PCR. The chemical stability of polypropylene ensures compatibility with reagents and does not react with chemical components in the sample. Since molecular biology reactions such as PCR require frequent heating and cooling, the deep-well plate can maintain structural integrity during these processes, ensuring the repeatability of the experiment and the reliability of the results. Its standardized well position and capacity enable it to work seamlessly with automated systems, improve the efficiency of laboratory work, and reduce manual errors. Therefore, polypropylene 96-well deep-well plates are ideal tools for various high-throughput experiments in genomics research.
Cell culture and cell biology experiments
In cell biology experiments, polypropylene 96-well deep-well plates are widely used in cell culture, drug screening, cell proliferation and toxicity testing. The surface properties of polypropylene make it very suitable for long-term cell culture, and its material will not cause any contamination to the culture medium or affect cell growth. Polypropylene's good tolerance to chemical reagents enables it to withstand the effects of a variety of chemical reagents and drugs, which is particularly important for cytotoxicity and drug screening tests. The design of the deep-well plate also ensures the standardization of well positions, which facilitates the systematic management of different cell or drug responses by experimenters. In addition, the sterility and high temperature tolerance of polypropylene materials also make it very reliable in experiments such as cell culture and cell differentiation. In these experiments, the 96-well deep-well plate can not only provide enough space for each cell sample, but also ensure the consistency of each operation, ensuring the efficiency and repeatability of the experimental results.
Maybe you have the following questions
Q: How does this sheet perform during high-temperature sterilization?
A: Answer: This sheet is made of polypropylene and has excellent high-temperature resistance. It can withstand temperatures up to 121°C and is suitable for high-pressure sterilization processes. It not only maintains stability under such conditions, but also effectively prevents deformation or damage. The thermal stability of polypropylene ensures that the sheet does not change in structure after sterilization and can be used repeatedly, reducing the operating costs of the laboratory.
Q: How is the sealing performance of this sheet? Will leakage occur during long-term storage?
A: Answer: The sheet is designed with excellent sealing performance and is particularly suitable for experimental environments that require precise closure. Through precise manufacturing processes, its orifices and lids can be tightly docked to ensure that samples are not easy to leak during storage or transportation. Even after long-term storage or multiple uses, the sealing performance can still remain efficient, avoiding common sample contamination or evaporation problems in experiments.
Q: What is the chemical compatibility of this sheet? Can it come into contact with various solvents?
A: Answer: Polypropylene has good chemical stability and can come into contact with most common chemical solvents such as acids, alkalis, and solvent solutions without being affected. It does not react easily with chemicals, so it can maintain stable performance in a variety of experimental environments. This makes this plate an ideal choice, especially in experiments involving highly corrosive reagents, to ensure the accuracy and safety of the experiment.
Q: Can the hole size and hole depth of this plate meet the needs of our specific experiment?
A: Answer: The hole size and hole depth of this plate are specially designed for deep-well applications, which can adapt to the large storage needs of liquid samples. The depth of each well is deep, which is suitable for experiments that require a large storage capacity, such as sample culture or reagent reaction. The different sizes of holes provide more diverse choices, which can meet the various experimental needs from trace samples to larger volume samples.
Q: Is this plate compatible with automated equipment? For example, can it be used with automated dispensing systems?
A: Answer: Yes, this plate is very suitable for use with various automated equipment. Its standard size and precise hole position design ensure that it can work perfectly with common laboratory automated dispensing systems and pipetting robots. The automated dispensing system can accurately handle the samples in each well, reduce manual errors and workload, and improve work efficiency and sample accuracy.
Q: Is this sheet easy to clean and maintain? Will there be contamination or sediment residue in long-term use?
A: Answer: The polypropylene material of this sheet has a smooth surface and strong anti-adhesion, making it easy to clean and maintain. In the routine experimental process, sediment or contamination will not be easily generated, reducing the difficulty of cleaning and disinfection. In addition, the corrosion resistance of polypropylene also ensures that it can resist the erosion of the surface by common chemical reagents and extend its service life.
Q: Is the procurement cost of this sheet competitive? Are discounts available when purchasing in large quantities?
A: Answer: This sheet offers very competitive prices, especially when purchased in large quantities, and can usually enjoy a certain price discount. Due to its excellent durability and long-term use value, purchasing this sheet can effectively reduce the laboratory's repeated procurement costs. In long-term use, this sheet saves a lot of operating expenses for the laboratory due to its durability and stability, and has a high cost-effectiveness.
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