Deep Well Plate has become an indispensable tool in laboratories, widely used in sample storage, handling, and injection operations across various fields. Among the numerous deep well plate manufacturers, MDHC stands out with its outstanding product quality and advanced manufacturing processes. This article will delve into the characteristics and advantages of the 2.2ml 96-well deep well plates produced by MDHC, helping you better understand this important laboratory tool.
Deep well plates are a commonly used laboratory consumable, widely applied in long-term sample storage, nucleic acid testing, antibody titer checks, and other areas. Especially since the outbreak of the COVID-19 pandemic, the demand for nucleic acid testing has surged, making deep well plates a critical material in testing agencies and laboratories. Deep well plates enhance the depth of wells based on regular microplates like the 96-well plate and the 384-well plate, thereby increasing the volume of each well.
Deep well plates are primarily made from polypropylene (PP) and polystyrene (PS). Polypropylene is widely used due to its excellent chemical resistance and high-temperature stability, while polystyrene shows unique advantages in specific applications. The surface treatment of deep well plates has also been improved to enhance their applicability and performance in laboratories.
Sample Storage
Deep well plates can effectively replace traditional 1.5ml centrifuge tubes for long-term sample storage. Their large capacity design significantly increases storage volume and can remain stable in -80°C freezer environments. Due to the design of deep well plates, which efficiently saves space and ensures more organized sample placement, they are also known as storage plates.
Sample Handling
Deep well plates also excel in sample handling. When used in conjunction with high-throughput automated liquid handlers and software, they enable efficient operation of biological samples. For instance, deep well plates greatly improve the efficiency of sample handling in processes like protein precipitation, liquid extraction, and nucleic acid extraction. Their design makes operations quicker and reduces the cumbersome steps involved in traditional methods.
Injection Operation
Deep well plates are designed to be compatible with various automated equipment and can be directly placed in the sample chamber of automated machines for injection. This design not only increases the number of samples that can be processed but also simplifies the sample handling process, eliminating the tedious steps of repeatedly pipetting samples, placing samples, and covering lids, making sample handling more efficient and convenient.
High-Quality Materials
MDHC deep well plates use imported high-purity medical-grade polypropylene (PP) as the main material. This material has excellent chemical stability and high-temperature resistance, ensuring the reliability and stability of deep well plates under various experimental conditions.
Advanced Equipment
MDHC uses fully electric high-speed injection molding machines for production. The advanced equipment ensures the accuracy and consistency of deep well plates during manufacturing, enhancing the overall product quality.
Medical Environment
Deep well plates are produced and packaged in a Class 100,000 clean room meeting GMP standards, ensuring they are free from enzymes and contaminants. This stringent production environment guarantees the hygiene and safety of deep well plates, meeting high experimental standards.
Strict Quality Control
MDHC has stringent quality control measures for its deep well plates, ensuring standard dimensions, flatness within 0.15mm, and batch airtightness testing. These rigorous quality control measures guarantee the high quality and reliability of deep well plates.
In summary, MDHC 2.2ml 96-well deep well plates, made from high-quality materials, produced with advanced equipment, under strict quality control, and in a clean production environment, have become an efficient and reliable liquid handling tool in laboratories. Whether for sample storage, handling, or injection operations, MDHC deep well plates offer excellent performance, bringing great convenience to laboratory work.
