
( Brand: Vwr ), ( Manufacturer Part Number: 82004-672 ), ( Part Type: Plate )
The VWR 82004-672 384-well 128 standard plates CS are a high-quality, reliable choice for any laboratory needing a large number of wells for assays and experiments. These plates are made of clear, polystyrene material, which allows for easy visualization of the samples within each well.
The 384-well format of these plates allows for a high throughput of experiments, reducing the time and resources required for large-scale studies. Each well has a volume capacity of 100 microliters, providing ample space for the addition of reagents and samples.
These plates are designed to be compatible with a wide range of instruments, including automated plate readers, pipetting systems, and other laboratory equipment. They are also suitable for use with a variety of assay formats, including ELISA, PCR, and western blotting.
Additionally, these plates are manufactured to meet the highest standards of quality and precision. They are made using a Computer-Aided Design (CAD) process, which ensures that each well is uniform in size and shape. They are also subjected to rigorous quality control testing to ensure that they meet the required specifications.
In summary, the VWR 82004-672 384-well 128 standard plates CS are a versatile and reliable option for any laboratory looking to increase their throughput and efficiency. Their clear, polystyrene design, compatibility with a wide range of instruments and assay formats, and high-quality construction make them an excellent choice for any laboratory needing a large number of wells for their experiments.
Pros of buying 82004-672 VWR 384-well 128 standard plates:1. High throughput: The 384-well plate format allows for the processing of a large number of samples in a single run, which can significantly decrease the time required to complete an experiment.
2. Cost-effective: Using a 384-well plate can reduce the amount of reagents and materials required compared to using a 96-well plate, making it a more cost-effective option for high-throughput experiments.
3. Increased accuracy: The smaller volume of samples in a 384-well plate can reduce the variability and increase the precision of the results compared to larger volumes in a 96-well plate.
4. Compatible with automated equipment: The 82004-672 VWR 384-well plate is designed to work with automated liquid handling systems, which can increase the efficiency and accuracy of the experiments.
Cons of buying 82004-672 VWR 384-well 128 standard plates:1. Limited sample volume: The smaller volume of samples in a 384-well plate can limit the amount of material available for downstream analysis.
2. Higher initial investment: The upfront cost of purchasing 82004-672 VWR 384-well plates and the necessary equipment to use them can be higher than for a 96-well plate setup.
3. Requires specialized equipment: To fully utilize the benefits of a 384-well plate, specialized equipment such as automated liquid handling systems and plate readers may be necessary, which can increase the complexity and cost of the experiment.
Conclusion:The 82004-672 VWR 384-well plate is a valuable tool for high-throughput experiments, offering increased accuracy and throughput compared to a 96-well plate. However, the limited sample volume and higher initial investment may be a drawback for some users. If the benefits of high throughput and increased accuracy outweigh the drawbacks, and if the necessary equipment is available, the 82004-672 VWR 384-well plate is a worthwhile investment for research applications.
Recommendation:If you are considering purchasing 82004-672 VWR 384-well plates, it is recommended to carefully evaluate your experimental requirements, including the sample volume required, the availability of specialized equipment, and the cost-benefit analysis. If you determine that the benefits of a 384-well plate outweigh the drawbacks, and if you have the necessary equipment, then purchasing the 82004-672 VWR 384-well plate can be a valuable investment for your research.
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