A 24 deep well plate meets SLAS/ANSI specifications for multiple high-volume experiments. This model is made of high-grade polypropylene with a low extractable polymer content, making it ideal for reaction chemistry experiments. Its conical base improves sample recovery and is stackable, allowing it to be stored at -80 degrees C. In addition, the 24-well depth of the plate enables you to perform a wide range of procedures on the same instrument.
This plate is made of high-quality polypropylene, making it the best choice for in vitro growth chambers and storage of biological samples. Its rounded corners and chambered edges prevent dead space during mixing and storage. It has the same footprint as a 96-well micro-plate and has a standardized volume of 10 mL per well. The bottom of the plate is flat and has chamfered edges.
These plates are available in a wide range of sizes and are suitable for dilution and storage of biochemicals. They feature distinct alpha-numeric coding and rounded corners. Their chambered edges eliminate dead space during mixing and aeration. These reagents can be used in a 96-well plate holder with the same footprint as 24 well deep-well micro-plates.
The 24-well plate is ideal for use in a multi-channel chromatography system. It is ideal for mixing and storing chemicals and biological samples. It is compatible with a variety of laboratory workflows. The 24 well format allows for the easy incorporation of various 24-well reagents. The Supor polyethersulfone membrane is a versatile material that offers good drug compatibility. They are suitable for a broad range of filtration.
The 24 well deep-well plates are available in different designs. They have a small footprint, but the larger-scale models are great for dilution studies. They are also suitable for storage and dilution. For example, they have distinct alpha-numeric designations and rounded corners. The 24 well deep-well plate has a flat bottom with chambered edges. The advantages of these aeration-based method include the following:
Single-well 24 well deep-well plates are particularly useful for medium optimization studies, especially in large-scale production. These models are also designed for dilution. They are characterized by a small footprint and chambered edges. They offer a consistent and reliable solution for microplate applications. Ample spacing makes it easy to work with a variety of matrices. However, the 24 well deep-well plate may not be the best option for your research.
Depending on the project, a 24- or 96-well deep-well plate may be used. A 96-well deep-well plate can have a high-universal exchange rate of headspace air. A 48-well deep-well plate is a good option for smaller cultures, or those requiring moderate oxygen transfer rates. A single-well rinsing device will remove any visible yeast from the wells.
Deep Well microplates are primarily used for sample collection and in vitro growth chamber applications. The polypropylene material used in these reagents offers excellent chemical resistance and can withstand temperatures as low as -80degC. The ultra-flat surface of these agar plates ensures that the heat film seals tightly around each well. They are ideal for all types of research, from biomedical and agricultural to pharmaceutical and agricultural applications.
For storage applications, Corning Deep Well Plates are an excellent choice. These plates are "White Box" without logos, but still offer the same quality. They come in 1.2 and 2mL volumes, with round or square wells. Axygen Deepwell Plates are also autoclavable and certified RNase, DNase, and endotoxin free. They are also suitable for use in a wide range of experiments, from drug discovery to bioanalysis.
Corning has a long history in laboratory plastics. Their Deep Well Plates are made of plastic that is durable and flexible. These Deep Well Plates are available in two- and three-well designs, with 1.2mL volumes. They are also autoclavable and certified RNase, DNase, and endotoxin-free. Axygen Deep-Well Plates are an excellent choice for many applications.
These deep-well plates are made from a unique round-well geometry. This reduces the tendency for crystal creep, making them ideal for storage and robotic handling. They are certified RNase, DNase, and endotoxin-free. They are ideal for use in pharmaceutical, biological, and agricultural applications. They can withstand up to 4000 g of centrifugation and can be autoclaved for added safety.
The TS-DW thermo-shakers have new blocks that work with deep-well plates. The B-06A is designed to fit Axygen(r) 96-well plates that have a 600-mL capacity, and B-2SL is designed to fit Starlab(r) 96-well plate with a 1200-mL volume. These Deep-Well Plates are made of polypropylene and are ideal for use in both research and industrial settings.
The TS-DW thermo-shakers are ideal for deep-well plates. These new blocks are designed to hold 600-mL Axygen 96-well plates and Starlab 96-well plates with a 1200-mL capacity. They are also available in a variety of different sizes for various applications. The most commonly used sizes are 1.2mL.