The 96 Deep Well Plate is ideal for applications involving automated nucleic acid purification workflows. The 96-well deep-well plate is constructed of virgin polypropylene and features round-bottomed wells with a capacity of 1mL. The plate is stackable, allowing users to prepare up to 3000 plates. It is also available with flexible mat covers and adhesive sealing films to reduce sample evaporation and contamination.
The 96-well deep-well plate is an excellent option for high-throughput screening, tissue culture, and sample storage. The wells can accommodate 0.5 mL, 1.0-mL, and 2.0-mL samples. The plates are made of virgin polypropylene (PP) and are compatible with most robotic samplers. They are also suitable for cryo-storage, and they are autoclavable for 20 minutes at 121degC/250degF.
96 deep well plates are typically used for library applications, combinatorial chemistry, and sample collection. They have the added benefit of increased storage capacity and improved mixing. They also are ideal for reducing storage space and allowing users to maximize sample yields. Aside from being an efficient storage solution, deep-well plates come with sealable mats to ensure quality data. And while they may be expensive to purchase, they are well worth the investment in terms of time and money.
A proper 96 deep well plate system is essential for performing the proper work. The newest designs come with many advantages and are ideal for library applications, combinatorial chemistry, and sample collection. For example, a standardized 960-well deep-well plate can save lab workers both storage space and time. Besides being more efficient, a standardized 96-well deep-well plate also saves time.
96-well Deep-Well Plates are ideal for library preparations. They are suitable for preparing samples and storing a number of different types of DNA and RNA. A 96-well deep-well plate can hold samples up to a million DNA molecules. A typical 96-well deep well plate has a diameter of 27mm. They are useful for a number of applications including gene sequencing, PCR, and PCR.
The 96-well plate is an indispensable tool for many laboratory applications. A properly installed system will not only help you work faster and efficiently, but it will also save storage space. A 96-well plate with a sealing mat can improve workflow. A 96-well plate can be divided into square or circular wells depending on the needs of the laboratory. The simplest method of loading a 96-well microplate is to load the samples into a jar and pour them into the jar.
A 96-well plate is a perfect choice for many laboratory applications. Its depth is ideal for bacteria, yeast, and other cultured samples. A deep-well plate can be stored for various types of experiments, and it can be easily cleaned. Moreover, it is compatible with most liquid-handling robots and sterile fluids. As a result, it is a great choice for all kinds of research.
BRAND(r) 96-well deep-well plates are ideal for screening, high-throughput PCR, and cell, tissue, and immunological assays. They feature round, square wells with 200-ul bottoms to reduce capillary wicking. Designed for use in a variety of applications, this deep-well plate can withstand temperatures from -86 to +125 degC.
These deep-well plates have a rounded, uniform size. High clarity enhances sample viewing. Their dimensions are 127.8 mm L x 85.5 mm W x 27.1 mm H. Functional at -86 to +125deg, they have a maximum centrifugation range of 6,000 x g. Non-sterile plates are individually wrapped in zip-top bags and sterile ones are shipped in bags with tear-strip openings.
0.5-mL deep-well plates offer excellent clarity for sample viewing. These plates are 127.8 mm long, 85.5 mm wide, and 27.1 mm high. They feature a functional temperature range of -86deg to +125deg and a maximum centrifugation range of 5,000 x g. They also have a total volume of 700 ul. The sterile and non-sterile plates are individually packaged with tear strips to facilitate easy opening.
Deep-well plates are available in one-mL and 0.4-mL formats. The latter features a circular well shape and high clarity, which helps improve sample viewing. 127.8 mm L x 85.5 mm W x 27.1 mm H. They are ideal for use in a variety of temperature-sensitive applications. Further, they are fully autoclavable, making them highly suitable for cryo-storage and cold-room environments.
0.5-mL deep-well plates are available with round wells. Their high clarity provides enhanced sample viewing. 127.8 mm L x 85.5 mm W x 27.1 mm H. They have a functional temperature of -86deg to +125deg. The sterile plates are rated at 5,000 x g. The sterile plate is available with a round bottom.
NEST deep-well plates comply with SBS international standards and can be used in fully automatic workstations. They are ideal for liquid extraction, protein precipitation, and nucleic acid purification. Whether they're used for protein precipitation, a deep-well plate is useful for testing and analyzing proteins, DNA, and RNA. If you have to conduct a lot of research with several samples, a deep-well microplate can help you make an informed decision.
Several types of deep-well plates are available for use in laboratory experiments. A 0.5-mL plate has conical bottoms and square-shaped wells. The maximum volume of the plate is 0.78 mL. ANSI/SLAS-certified plates are free of detectable RNase, which is the biologically active enzyme in human cells. These products are designed to meet the strictest safety standards. Its sterile plates are also recommended when performing in-vitro analysis.
Non-sterile polypropylene plates are made of high-quality virgin propylene and are autoclavable. These plates can withstand temperatures as low as -80degC. PP plates are also ideal for use in biochemical testing. However, you should note that you cannot use the same plate for different types of samples. As a result, you can easily select between different types of plates. This will make it easier for you to perform experiments.