Let’s Dive into Corning Falcon Multiwell Flat-Bottom Plates with Lids, Sterile, 353936
The Corning Falcon Multiwell Flat-Bottom Plates with Lids, Sterile, 353936 are workhorses in the world of cell culture, offering a standardized platform for various research applications. These 96-well plates, manufactured by Corning, are designed for both manual and automated handling, providing consistent results and exceptional optical clarity. They stand out due to their patented low evaporation lids, alphanumeric well identification, and suitability for direct freeze/thaw storage.
My journey with multiwell plates began over a decade ago, tasked with optimizing high-throughput drug screening assays. Consistency and reliability were paramount, making the choice of plates critical for reproducible results. These plates promised precisely that.
Upon unboxing, the Corning Falcon Multiwell Plates impressed with their robust design and pristine sterility. The lids fit snugly, indicating a secure seal to minimize evaporation, while the alphanumeric grid was clearly printed, ensuring accurate well identification. The build quality exuded professionalism.
Compared to other brands I’ve used, these Corning plates felt more substantial and exhibited superior optical clarity, a critical factor for microscopic analysis. I opted for these plates specifically due to Corning’s reputation for quality and the documented low evaporation characteristics of the lids. Initial impressions were exceedingly positive, and I was eager to test their performance in my assays.
Real-World Testing: Putting Corning Falcon Multiwell Flat-Bottom Plates with Lids, Sterile, 353936 to the Test
First Use Experience
My first test involved culturing mammalian cells for a cytotoxicity assay. The plates were used in a standard CO2 incubator at 37°C with high humidity. Setting up the experiment was straightforward thanks to the clear well markings and ergonomic design.
Under these conditions, the Corning Falcon Multiwell Plates performed flawlessly. Cell growth was uniform across the plate, and there was no evidence of contamination. The tight-fitting lids effectively minimized evaporation, maintaining consistent media volumes even after 72 hours.
There were no immediate issues after the first use. These plates proved to be a reliable platform for cell culture experiments right from the start.
Extended Use & Reliability
After several weeks of continuous use, the Corning Falcon Multiwell Plates have consistently delivered reliable results. They have been subjected to multiple freeze/thaw cycles with no signs of degradation in performance or material integrity. The plates have shown impressive durability.
Cleaning the plates is simple using standard laboratory detergents and autoclaving, although they are typically used as disposables. Compared to previous experiences with inferior plates that warped or cracked after autoclaving, these Corning plates have maintained their structural integrity. They consistently outperform other plates in terms of reliability and ease of use.
Breaking Down the Features of Corning Falcon Multiwell Flat-Bottom Plates with Lids, Sterile, 353936
Specifications
- No. of Wells: 96 – This is a standard format for high-throughput screening and many cell-based assays.
- Total Well Area, cm2: 0.32 – This defines the surface area available for cell attachment and growth within each well, impacting cell density and assay sensitivity.
- Well Volume, mL: 0.37 – Specifies the maximum volume that can be added to each well, critical for calculating reagent concentrations and planning experimental volumes.
- Packaging: Bulk/14 – This means the plates are packaged in bulk, with 14 plates per package, optimizing storage and handling.
- BD No.: 353936 – The unique identifier for this specific Corning product, crucial for ordering and referencing in research protocols.
These specifications are essential for maintaining consistency and reproducibility in cell culture experiments. Adhering to the recommended volumes and well areas ensures reliable results across different experiments.
Performance & Functionality
The Corning Falcon Multiwell Flat-Bottom Plates with Lids, Sterile, 353936 excel in their primary function: providing a sterile and consistent environment for cell culture. Their flat-bottom design enables uniform cell distribution and optimal light transmission for microscopy. These plates are incredibly reliable and user-friendly.
The main strength lies in the combination of excellent optical clarity, minimal evaporation, and reliable sterility. A minor area for potential improvement might be further optimization of the lid design for automated plate sealers, although this hasn’t presented significant issues so far. They meet and exceed expectations.
Design & Ergonomics
The build quality is exceptional, utilizing high-grade polystyrene that is both durable and optically clear. The weight is optimized for easy handling, and the plates are comfortable to manipulate, even for extended periods. The alphanumeric well identification is clear and easy to read, preventing errors during experimental setup.
The plates are designed to be user-friendly, with no significant learning curve. Their standardized format ensures compatibility with a wide range of laboratory equipment.
Durability & Maintenance
Based on my experience, these Corning Falcon Multiwell Plates are built to last through multiple experimental cycles, even if used for direct freeze/thaw. While designed for single-use, the durability and material stability ensure consistent performance throughout their intended lifespan.
Maintenance is straightforward. Standard laboratory cleaning protocols are sufficient if reuse is necessary, although the plates are generally disposed of after each experiment to maintain sterility.
Accessories and Customization Options
The plates are designed to be compatible with a variety of accessories, including automated plate readers, liquid handlers, and microscopic imaging systems. They seamlessly integrate with standard laboratory equipment.
While customization is limited due to the standardized format, these plates work exceptionally well with Corning cell culture inserts and other well-plate accessories designed for specific applications. These plates offer versatility and adaptability.
Pros and Cons of Corning Falcon Multiwell Flat-Bottom Plates with Lids, Sterile, 353936
Pros
- Exceptional optical clarity for microscopy and plate reading.
- Patented low evaporation lids minimize media loss and maintain consistent well volumes.
- Sterile and ready-to-use, reducing the risk of contamination.
- Durable polystyrene construction ensures reliable performance.
- Alphanumeric well identification facilitates accurate experimental setup.
Cons
- Price point is higher compared to some generic brands.
- Designed primarily for single use, although can be re-used with proper cleaning/sterilization.
Who Should Buy Corning Falcon Multiwell Flat-Bottom Plates with Lids, Sterile, 353936?
These plates are perfect for researchers, cell biologists, and laboratory technicians involved in cell culture, drug screening, and high-throughput assays. Anyone requiring reliable and reproducible results will benefit from the Corning Falcon Multiwell Plates.
These plates are not necessary for hobbyists or individuals performing basic, non-critical experiments where stringent quality control is not essential. Consider cheaper alternatives.
A must-have accessory would be a multi-channel pipette for efficient and accurate reagent dispensing. An automated plate reader will greatly enhance throughput and data analysis.
Conclusion on Corning Falcon Multiwell Flat-Bottom Plates with Lids, Sterile, 353936
The Corning Falcon Multiwell Flat-Bottom Plates with Lids, Sterile, 353936 are a premium product that delivers exceptional performance and reliability. The investment is justified by the consistent results, reduced risk of contamination, and overall efficiency they bring to cell culture workflows.
I would wholeheartedly recommend these plates to anyone seeking a dependable and high-quality platform for their cell-based assays. They are an invaluable tool in any research laboratory.
If you value accuracy, consistency, and minimizing experimental variability, then investing in the Corning Falcon Multiwell Plates is a wise decision. Upgrade your research today!