A deep well plate is a plastic microplate that holds several different types of samples in one area. This makes it ideal for many types of laboratory tasks, including cell culture and molecular biology. These plates are available in a variety of different sizes and configurations, including 96-well, 384-well, and 1536-well. The deep wells on these plates are designed to hold up to 2mL of liquid, making them perfect for holding cell cultures or other types of sample.

These plates also feature raised well rims that help to create a secure seal to prevent cross-contamination. This helps to ensure that the sample stays in place and is protected from evaporation during long-term storage. Additionally, these plates are able to withstand a high amount of centrifugation. This is important because it allows the plates to be used with high-throughput automated liquid handling systems without leaking or losing samples.

Another benefit of these plates is that they are made from a chemically stable material. This means that they can be stored in a cold room, which is essential for many high-throughput applications. It also allows them to be autoclaved, which is another requirement for many high-throughput automated systems.

Additionally, these plates are manufactured in a cleanroom facility to ensure that they are free of contaminants. This is important because these contaminants could interfere with key reactions and processes that are essential to life science experiments. This ensures that these plates can be used for a wide variety of applications, including viral RNA extraction and protein quantification.

In addition to these plates, these manufacturers offer a range of other laboratory products. These include microplates, tip combs, and magnetic particle handling tools. These tools are designed to handle samples in a more efficient manner than traditional tools, and can help to reduce the time that is spent on routine lab tasks. They can also help to improve the quality of results by reducing the number of mistakes that are made during the analysis process.

These 96-well polypropylene deep well plates are designed for use in various laboratory applications, such as combinatorial chemistry, library applications, and bacterial and yeast cultures. They are available in a wide range of configurations, including a v-bottom format that maximizes sample mixing efficiency and enables easier sample aggregation. These plates are also easy to stack, and they have clear alphanumeric indexing.

CAPP Expell 96-well deep well plates are automation-ready, so you can use them with your preferred automated liquid handling system. These microplates have been specially designed to meet the requirements of modern labs, so you can be confident that they will work with your equipment. The plates have been tested to ensure that they are compatible with popular automated systems such as the Hamilton Microlab STAR and Beckman Biomek.

CAPP Expell 96-well deep-well plates are also designed to be autoclavable, so you can use them in your laboratory with confidence. They are manufactured in a cleanroom environment under strict quality standards, so you can be sure that they are sterile and free of common molecular contaminants, such as DNases and RNases. They are also free of human DNA, which is an important consideration when working with delicate samples.