Let’s Dive into Corning Falcon 96-Well Assay Plates, 353910 Nonsterile
The Corning Falcon 96-Well Assay Plates, 353910 Nonsterile are a staple in any laboratory setting where high-throughput screening, cell-based assays, or general reagent storage are required. Manufactured by Corning, these plates offer a balance of quality, affordability, and reliability, making them a go-to choice for researchers across various disciplines. Their clear polystyrene construction, combined with a U-bottom well design, facilitates easy viewing and efficient liquid handling, essential for accurate and reproducible results.
My journey to using these plates began during a particularly demanding phase of my work involving antibody screening. I was working on a project that required the rapid screening of hundreds of hybridoma clones for specific antibody production, needing a reliable and consistent platform to handle large volumes of samples with accuracy. The inconsistency in the plates I was previously using was leading to unacceptable variations in my results.
Upon unboxing the Corning Falcon 96-Well Assay Plates, 353910 Nonsterile, I was immediately impressed by the rigidity of the polystyrene and the clarity of the wells. The alphanumeric notation system was crisp and easy to read, eliminating any potential for well identification errors. The plates felt robust, giving me confidence in their ability to withstand the rigors of automated liquid handling and incubation.
Before settling on the Corning Falcon 96-Well Assay Plates, 353910 Nonsterile, I had considered similar products from Greiner Bio-One and Thermo Fisher Scientific. While those options offered comparable features, Corning’s reputation for consistent quality and the attractive price point made them the clear winner. Initial impressions were positive; I was excited to finally have a reliable and standardized platform for my high-throughput assays.
Real-World Testing: Putting Corning Falcon 96-Well Assay Plates, 353910 Nonsterile to the Test
First Use Experience
My initial testing of the Corning Falcon 96-Well Assay Plates, 353910 Nonsterile involved a series of ELISA assays designed to quantify antibody concentrations in hybridoma supernatants. The plates were used with an automated liquid handling system to dispense reagents and samples, followed by incubation and reading on a microplate reader. The consistent well dimensions ensured accurate dispensing and reduced variability.
The plates performed flawlessly under various conditions, including standard room temperature and refrigerated conditions. I even conducted a high-humidity incubation experiment with minimal edge effect observed, showcasing the plate’s uniformity. The ease of use was remarkable; the alphanumeric grid made it simple to track samples and minimize errors.
A minor issue arose during a particularly vigorous washing step, with one plate experiencing a slight warping. This was quickly resolved by adjusting the vacuum pressure during washing. This was the only notable problem I encountered during my initial testing.
Extended Use & Reliability
After several weeks of consistent use, the Corning Falcon 96-Well Assay Plates, 353910 Nonsterile continue to hold up remarkably well. There are no signs of significant wear and tear, and the polystyrene remains clear and rigid. The plates have proven to be durable and reliable, even with repeated use in automated systems.
Maintaining the plates is simple, typically involving washing with a mild detergent and thorough rinsing. The hydrophobic surface of the untreated polystyrene minimizes reagent absorption and facilitates easy cleaning. Comparing these plates to previous experiences, they significantly outperform the less expensive alternatives in terms of consistency, durability, and overall reliability.
Breaking Down the Features of Corning Falcon 96-Well Assay Plates, 353910 Nonsterile
Specifications
The Corning Falcon 96-Well Assay Plates, 353910 Nonsterile boast several key specifications that contribute to their exceptional performance. They feature a crystal-grade polystyrene construction, providing an untreated, consistent, and hydrophobic surface that is essential for various assay types. The plates have a U-bottom well shape and a total well volume of 0.32 mL, accommodating typical working volumes of 100-250 µL.
An alphanumeric notation system is printed on the plates for easy well identification, and ridges are present to enable stable stacking, conserving precious benchtop and incubator space. The plates are provided nonsterile, making them ideal for applications where sterility is not a primary concern or where sterilization procedures are performed prior to use. These plates come packaged 5/Bag.
These specifications directly impact the performance and user experience by ensuring consistent well-to-well performance, ease of handling, and accurate liquid dispensing. The crystal-grade polystyrene ensures distortion-free optics, which is critical for accurate readings in spectrophotometric assays. The U-bottom shape facilitates complete liquid removal and mixing.
Performance & Functionality
The Corning Falcon 96-Well Assay Plates, 353910 Nonsterile excel in their core function: providing a reliable platform for high-throughput assays. The plates demonstrate excellent consistency in well dimensions and surface properties, leading to reproducible results. The clarity of the polystyrene minimizes interference in optical assays.
While the plates perform exceptionally well, there is room for improvement in terms of sterilization options. Pre-sterilized versions or individual packaging could enhance their utility for more sensitive applications. Overall, these plates meet and often exceed expectations in terms of performance, consistency, and ease of use.
Design & Ergonomics
The build quality of the Corning Falcon 96-Well Assay Plates, 353910 Nonsterile is top-notch. The polystyrene is rigid and resistant to cracking, even with frequent handling. The plates are lightweight and comfortable to handle, facilitating extended periods of use in automated systems.
The plates are extremely user-friendly, with the alphanumeric grid making well identification quick and easy. There is no learning curve associated with using these plates; they seamlessly integrate into existing laboratory workflows.
Durability & Maintenance
The Corning Falcon 96-Well Assay Plates, 353910 Nonsterile are built to last, capable of withstanding the demands of routine laboratory use. With proper care, these plates can be used for extended periods without any degradation in performance. Cleaning the plates is straightforward, typically involving washing with a mild detergent and thorough rinsing with distilled water.
Accessories and Customization Options
The Corning Falcon 96-Well Assay Plates, 353910 Nonsterile do not come with specific accessories beyond their standard packaging. However, they are compatible with a wide range of automated liquid handling systems, microplate readers, and other common laboratory equipment. The standard dimensions of the 96-well format ensure compatibility with accessories from various brands.
Pros and Cons of Corning Falcon 96-Well Assay Plates, 353910 Nonsterile
Pros
- High-quality polystyrene construction ensures consistent and reliable performance.
- U-bottom well shape facilitates efficient liquid handling and complete reagent removal.
- Alphanumeric notation system simplifies well identification and reduces errors.
- Rigid plate design provides stability and prevents warping.
- Affordable price point makes them a cost-effective choice for high-throughput applications.
Cons
- Lack of individual packaging can be inconvenient for applications requiring strict sterility.
- The nonsterile format requires additional sterilization steps for certain experiments.
Who Should Buy Corning Falcon 96-Well Assay Plates, 353910 Nonsterile?
The Corning Falcon 96-Well Assay Plates, 353910 Nonsterile are perfect for researchers and technicians working in molecular biology, cell biology, immunology, and drug discovery. These plates are especially well-suited for high-throughput screening, ELISA assays, cell-based assays, and reagent storage. Anyone needing a reliable, consistent, and affordable 96-well plate will benefit from using this product.
These plates may not be the best choice for applications requiring absolute sterility without the ability to perform sterilization in-house. They may also not be the optimal solution if individual well access and containment is critical (in that case, strip-well plates might be preferred). A must-have accessory when using these plates is a high-quality plate sealer to prevent evaporation and contamination during incubation.
Conclusion on Corning Falcon 96-Well Assay Plates, 353910 Nonsterile
In summary, the Corning Falcon 96-Well Assay Plates, 353910 Nonsterile are a valuable and reliable tool for any laboratory performing high-throughput assays. Their consistent quality, user-friendly design, and affordable price make them an excellent choice for a wide range of applications. The price is certainly justified, considering the reliability and reproducibility they bring to experiments.
I would personally highly recommend these plates to anyone looking for a dependable and cost-effective 96-well plate solution. Upgrade your lab’s performance today and experience the reliability of Corning Falcon 96-Well Assay Plates, 353910 Nonsterile!