Eppendorf Deep Well Plates

Postec by anna on April 12, 2022

Eppendorf(r) Deepwell Plates are the industry standard for high-performance deep well PCR assays. The new RecoverMax well designs offer a superior mixing, pipetting, and centrifugation environment. Additionally, the unique geometric design of the wells reduces pipetting errors by 30 percent. The color-coded borders and easy-to-read alphanumeric labels help facilitate manual handling.

The 96-well and 384-well Eppendorf Deepwell Plates are ideal for PCR applications. The 96-well Eppendorf deep well plate has a patented RecoverMax technology for optimized well geometry. This allows for fast, safe, and consistent mixing of samples. The patented RecoverMax system also eliminates the risk of cross-contamination. This product is also available in a sterile version.

The 96-well and 384-well Eppendorf deep well plates have a unique patented design called RecoverMax. This new technology allows for improved recovery of samples that have been mixed for several hours in a lab. The 96-well plate can be used for a wide variety of biological applications, and the smooth contours of the plates make them an excellent choice for a variety of biotechnology experiments.

Eppendorf deep well plates are available in sterile and DNA LoBind quality. They are durable and centrifuge stable, even at 6,000 xg. These deep well plates can be used for PCR analysis, cloning, and cell culture. They are ideal for biotechnology and genomic research. They virtually eliminate the risk of cross-contamination. So if you are working in a laboratory or other biological setting, Eppendorf's 96-well deep well plate might be the best choice for you.

96-well Eppendorf plates are ideal for biotechnology applications. They have two wells for DNA samples and a deep well for protein samples. The deepwells can be used in a PCR test as well as in the analysis of various biomolecules. Using a PCR amplification microplate is a highly efficient way to analyze the protein concentrations in complex tissues and cells. However, it is important to ensure that the microplate is properly prepared and has not been damaged during the process.

The 96-well Eppendorf Deepwell plate is ideal for performing experiments in both DNA and protein samples. They are durable and centrifuge stable, and can be used in any temperature range from 4 to 40 degrees Celsius. They are also ideal for use in a laboratory with a centrifuge 5804 R or 5810R. This type of deep well plate is also used in the biotechnology industry.

Eppendorf 96 Deep Well Plate

The Eppendorf 96 and 384 Deepwell Plates are high-performance plates that combine innovative features with thoroughgoing quality. Eppendorf's consumables are known worldwide as the premium standard and set new standards for high-speed pipetting, excellent mixing, and sample preservation. These innovative well designs and ergonomic design make them easy to handle and read. They feature sophisticated colors and coding to facilitate manual handling.

The Eppendorf Deepwell Plates are made of virgin polypropylene and are available in 96-, 384-, and 512-well formats. They are available in white, yellow, and green borders and come with high-contrast alphanumeric labels. The 96-well Eppendorf Deepwell Plate is suitable for sample storage at 86 oC and DNA denaturation at 100 oC.

The Eppendorf Microplates and Deepwell Plates are equipped with OptiTrack(r) labelling, which virtually eliminates cross-contamination and improves precision. OptiTrack(r) well labelling minimizes pipetting errors by 30%. In addition, the optimized well geometry of Eppendorf Deepwell Plates and Microplates ensure maximum sample recovery and minimum residual volume. For further information, read Application Note 202.

The BioShake iQ mixing orbit is precise and adjustable. Its speed ranges from 200 to 3,000 rpm, making it faster than most other brands. And with its constant speed, the BioShake iQ is a convenient and safe choice for mixing. This plate is easy to use, autoclavable, and provides precise results. You will never have to worry about cross-contamination again.

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