96 Deep well microplate with round bottom
These microplates are made of extractable-free polypropylene that will not leach unwanted compounds from the polymer.
Deep well microplates are designed for specific use with absorbance, fluorescence, or luminescence testing methods for the most accurate results. Flat bottoms to give more surface area, round bottoms for mixing.
This protects assays from false results due to contamination. No sterilization is required. These plates save time and reduce costs by eliminating the cleaning process and sterility validation. These plates conform to internationally recognized standards and fit all standard laboratory equipment without adjustment.
Certifications: Made in Class 10000 cleanroom.
Guaranteed extractable-free
Gamma irradiated
Ready-to-use
For assured assays
DNase-free and RNase-free
A 96 Deep Well Plate with a round bottom is an essential laboratory tool that is used in various applications such as high throughput screening, protein crystallization, and storage of biological samples. It is designed to provide maximum efficiency, accuracy, and reproducibility in sample processing.
One of the significant advantages of a 96 Deep Well Plate with a round bottom is its ability to handle large volumes of samples. With a well volume of up to 2 mL, it can accommodate a broader range of sample types, eliminating the need for multiple plates. This feature makes it a cost-effective solution for laboratories dealing with a high volume of samples.
The round bottom design of the wells provides excellent mixing and homogeneity, ensuring that the samples are thoroughly mixed and evenly distributed. This attribute is crucial in achieving consistent results, especially in applications such as high throughput screening.
Another advantage of a 96 Deep Well Plate with a round bottom is its compatibility with various sample processing techniques. It can withstand extreme temperatures, making it suitable for use in molecular biology applications such as PCR, qPCR, and DNA sequencing. It is also compatible with robotic liquid handling systems, making it an ideal choice for automated sample processing.
In summary, a 96 Deep Well Plate with a round bottom is a vital tool in laboratory settings. It provides high efficiency, accuracy, and reproducibility in sample processing, making it an essential component of high throughput screening, protein crystallization, and storage of biological samples. Its versatility and compatibility with various sample processing techniques make it a cost-effective solution for laboratories dealing with a high volume of samples.
The 96 Deep Well Plate with round bottom is a reliable and versatile tool that is used in various research, pharmaceutical, and biotechnology applications. This plate is specially designed to provide a maximum working volume of up to 2 ml, making it suitable for use in high-throughput screening and other automated systems.
The round bottom design of the plate helps to create a uniform distribution of samples, which is crucial for achieving accurate and reproducible results. Additionally, it also allows for efficient mixing and recovery of samples, reducing the risk of cross-contamination and improving overall efficiency.
One of the significant advantages of using the 96 Deep Well Plate with round bottom is its compatibility with various laboratory equipment, including thermal cyclers, plate readers, and liquid handling systems. This feature ensures seamless integration into existing workflows and allows for efficient handling of multiple samples simultaneously.
Furthermore, the plate is made of high-quality materials that are chemically resistant and provide excellent temperature stability, ensuring consistent and reliable results. Additionally, the wells are designed to prevent non-specific binding, allowing for increased sensitivity in various assays and experiments.
Overall, the 96 Deep Well Plate with round bottom is a powerful tool that allows for high-throughput processing, increased reliability, and improved efficiency, making it an essential component of any laboratory workflow.
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