
( Brand: Corning ), ( Manufacturer Part Number: 3544 ), ( Part Type: Lid Flange ), ( Color: Black ), ( Country/region Of Manufacture: United States )
The 384-well bottom flange polystyrene lid microplate from Corning, catalog number 3544, is a high-quality labware product designed for use in various scientific research applications. This microplate features a flat, bottom design with a capacity of 200 L per well, making it ideal for assays that require a large number of samples.
The plate is made from polystyrene, a material that is known for its chemical resistance and durability. The bottom flange design of the lid ensures a secure fit, preventing any unwanted leakage or evaporation during handling and storage. The flat lid also allows for easy stacking of multiple microplates, saving valuable lab space.
The 384-well format of the microplate allows for high throughput and high-density assays, making it an excellent choice for large-scale experiments. The wells are shallow, which promotes even distribution of liquids and reagents, reducing the risk of errors due to uneven mixing. The wells are also square, which allows for more efficient use of reagents and samples.
The microplate is compatible with a wide range of automated liquid handling equipment, making it easy to use in high-throughput screening assays. It is also compatible with various detection systems, including absorbance, fluorescence, and luminescence.
In summary, the 384-well bottom flange polystyrene lid microplate from Corning is a versatile and reliable labware product that is suitable for a wide range of scientific research applications. Its flat design, shallow wells, and compatibility with automated equipment make it an excellent choice for high-throughput and high-density assays.
Pros of buying a 384 bottom flange polystyrene lid microplate Corning 3544 flat:1. High-quality materials: Corning is a reputable brand known for producing high-quality labware. The polystyrene material is durable and resistant to breakage, making it a reliable choice for laboratory use.
2. Compatibility: The lid is designed to fit perfectly with the Corning 3544 microplate, ensuring a tight seal and preventing evaporation of samples.
3. Cost-effective: Polystyrene is a more affordable material compared to other options like glass or polypropylene. This can help reduce laboratory costs over time.
4. Easy to use: The microplate and lid are easy to handle, making it convenient for researchers to perform experiments and store samples.
Cons of buying a 384 bottom flange polystyrene lid microplate Corning 3544 flat:1. Limited temperature range: Polystyrene is not suitable for storing samples at temperatures below -20 C or above 60 C. This can limit the types of experiments that can be performed with this microplate.
2. Potential for leaching: Polystyrene can leach chemicals into samples, especially when exposed to high temperatures or acidic or basic solutions. This can affect the accuracy of experimental results.
3. Limited reusability: Polystyrene is not as durable as other materials, such as glass or polypropylene, and may need to be replaced more frequently. This can increase overall laboratory costs in the long run.
Conclusion:The 384 bottom flange polystyrene lid microplate Corning 3544 flat is a cost-effective and convenient option for laboratory use, especially for experiments that do not require extreme temperatures or long-term storage. However, researchers should be aware of the potential limitations of polystyrene, such as leaching and limited reusability, and consider these factors when deciding whether this microplate is the best choice for their experiments.
Recommendation:If the limitations of polystyrene are not a concern for your experiments, the 384 bottom flange polystyrene lid microplate Corning 3544 flat is a reliable and affordable option. However, if you require a more durable material or temperature range, you may want to consider alternative options, such as glass or polypropylene microplates. Ultimately, the choice of microplate will depend on the specific needs of your experiments.
8 mm nonbinding surface NBS treatment technology creates a non ionic hydrophilic surface polyethylene oxide like that minimizes molecular interactions validated for the flip reader with outer wells aligned for proper viewing also ideal for miniaturized fluorescent homogeneous assays case of 50. Non sterile 384 well black polystyrene NBS microplate has a round well design with clear flat bottoms total well volume of 50l with a recommended working volume of 5 to 40l distance between well bottom to plate bottom is 2.