PakGent 96 Well Plate

Name: 96 Well Plate
Brand: PakGent Bioscience (Suzhou) Co., Ltd.

A 96 well plate is a common tool used in many laboratory settings for nucleic acid purification. It is a shallow, flat-bottomed plastic plate with 96 wells arranged in an 8x12 grid. Each well has a volume of 0.2 ml, which is the optimal volume for nucleic acid purification. It is most commonly used in applications such as cell culture, PCR, ELISA, and other biochemical assays. It is also used in the sequencing of DNA or RNA. 96 well plates are designed to provide uniformity and reproducibility in the laboratory and can be used with a multi-channel pipette for high throughput applications.

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Parameter of 96 Well Plate

Part No.	Description	Package	Size/Case	CBM/Case	GW/Case (kg)
DWPR20U	2.2ml deep well plate, round well U bottom	10pcs/bag, 10bags/case	544724.5cm	0.6219	5.92
DWPR20V	2.2ml deep well plate, round well V bottom	10pcs/bag, 10bags/case	544724.5cm	0.6219	6.15
DWPS09V	0.9 ml 96 well plate, square well V bottom	10/bag, 10bags/case	523227cm	0.0450	5.35

Using 96 Well Plates to Improve Sample Preparation Efficiency

96 well plates are a versatile tool that can be used to increase sample preparation efficiency. By enabling researchers to prepare, store, and analyze multiple samples in one location, the use of 96 well plates can reduce the time, effort, and cost associated with sample preparation. Additionally, with the help of automation, the use of 96 well plates can further improve sample preparation efficiency by allowing multiple samples to be processed simultaneously and freeing up researchers’ time for more important tasks. Additionally, the use of 96 well plates allows researchers to take advantage of standardization and improved accuracy. By using a specific method and design, researchers can ensure that samples are prepared consistently and accurately. Furthermore, 96 well plates enable researchers to store samples for long periods of time, increasing sample preparation efficiency. Finally, the use of 96 well plates also allows researchers to save time and money by reducing the need for additional equipment, such as pipettes.