Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates Review

The Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates in Action: First Look

The Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates from BD Biosciences are essential tools for high-throughput screening and a variety of cell-based assays. The plate’s 384-well format allows for miniaturization of experiments, saving valuable reagents and increasing throughput. I was immediately intrigued by the potential for streamlining my workflows with these plates.

My background is in developing and optimizing bioassays for environmental toxin detection. I was constantly battling reagent waste and the sheer amount of time it took to process samples using traditional 96-well plates. The promise of higher density and reduced volume in the Corning Falcon 384-Well Microplates was incredibly appealing.

Upon receiving the Corning Falcon 384-Well Microplates, I was struck by the quality of the materials. The polystyrene felt sturdy and well-molded. The lid, specifically designed for these plates, fit snugly, promising minimal evaporation and contamination.

Compared to some generic microplates I’ve used in the past, the Corning Falcon plates felt superior in terms of build quality. I had previously considered using a competing brand’s high-density plate. However, reports of well-to-well contamination and inconsistent well volumes swayed me towards the reliable reputation of Corning Falcon products.

My initial impression was one of cautious optimism. The potential for improved efficiency was clear, but I was eager to see how these plates would perform under the rigors of daily lab use. I was particularly interested in testing their compatibility with my existing automated liquid handling system.

Real-World Testing: Putting Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates to the Test

First Use Experience

My first test involved adapting an ELISA assay to the Corning Falcon 384-Well Microplates. I used the plates in my lab’s high-throughput screening setup. The assay was performed using an automated liquid handler and a plate reader.

The plates performed admirably during the initial trial run. The square well design with rounded corners truly did seem to minimize wicking and air bubble formation. The automated liquid handler experienced no issues dispensing reagents into the wells, even at volumes as low as 25 µL.

I was initially concerned about potential edge effects due to temperature variations across the plate. However, the plate’s uniform construction and tight-fitting lid helped to maintain consistent reaction conditions across all 384 wells. There were no major surprises, only a noticeable increase in speed and efficiency.

Extended Use & Reliability

After several weeks of continuous use, the Corning Falcon 384-Well Microplates have become a staple in my lab. They consistently deliver reliable results across a range of different assay types. I’ve used them for ELISA, cell proliferation assays, and even some basic spectrophotometric measurements.

The plates have shown no signs of significant wear and tear. The polystyrene material is resistant to most common laboratory solvents. Routine cleaning involves washing with a mild detergent and rinsing with deionized water, a process that has not degraded the plates in any noticeable way.

Compared to my previous experiences with 96-well plates, these 384-well plates have dramatically increased my throughput without sacrificing data quality. The reduced reagent consumption also translates to significant cost savings over time. The Corning Falcon 384-Well Microplates have genuinely exceeded my expectations.

Breaking Down the Features of Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates

Specifications

• The Corning Falcon 384-Well Microplates are manufactured from high-quality polystyrene. This provides excellent optical clarity and chemical resistance.
• The plate features 384 individual wells, arranged in a 16×24 grid. This high-density format maximizes throughput and minimizes reagent consumption.
• Each well has a unique square shape with rounded corners. This design minimizes wicking and reduces air bubble formation, leading to more consistent results.
• The total well volume is 120 µL, with a recommended working volume of 25–90 µL. This small volume reduces reagent costs.
• The 353958 Lid is designed specifically for these 384-well plates. It provides a tight seal to minimize evaporation and contamination.
• The plates are clear, allowing for easy visual inspection and use in absorbance measurements. The clear alphanumeric markings facilitate quick well identification.
• Each plate has an A1 notch for easy orientation. This is particularly useful when working with automated systems.
• The plates are packaged in bags of 5. This packaging helps to maintain sterility and prevent damage during shipping and storage.

These specifications are crucial because they directly impact the reliability and efficiency of assays. The choice of polystyrene affects chemical compatibility, the well shape influences data consistency, and the lid ensures sample integrity.

Performance & Functionality

The Corning Falcon 384-Well Microplates excel in their primary function: providing a high-throughput platform for various assays. They are incredibly reliable, producing consistent results across multiple experiments.

The main strength is the reduction in reagent volume and the increase in throughput. The design minimizes common issues like wicking and air bubbles. There is room for improvement in surface treatment options for specific cell types.

The plates consistently meet and often exceed my expectations for performance and reliability. They have become an indispensable tool in my lab.

Design & Ergonomics

The Corning Falcon 384-Well Microplates feature a well-thought-out design that prioritizes usability and reliability. The polystyrene material provides a good balance of strength and weight.

The plates are easy to handle and compatible with most standard laboratory equipment. The clear alphanumeric markings and A1 notch make orientation quick and intuitive. The slight learning curve mainly involves adapting existing protocols to the smaller well volume.

Durability & Maintenance

These plates are remarkably durable under normal laboratory conditions. The polystyrene material is resistant to most common solvents and reagents.

The plates are easy to clean and maintain with standard laboratory procedures. With proper care, they should last for a considerable period, making them a cost-effective investment.

Accessories and Customization Options

The Corning Falcon 384-Well Microplates come with the matching 353958 Lid. This lid is specifically designed for these plates.

While there aren’t extensive customization options, the plates are compatible with a wide range of automated liquid handling systems and plate readers. This compatibility makes them a versatile addition to any lab.

Pros and Cons of Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates

Who Should Buy Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates?

These plates are perfect for researchers in high-throughput screening, drug discovery, and genomics. They are also excellent for labs performing routine ELISA assays or cell-based assays that require miniaturization.

These Corning Falcon 384-Well Microplates are probably not the best choice for laboratories that primarily work with large volumes. Labs only running a few samples at a time would also not see the benefits of these plates.

Essential accessories include a compatible automated liquid handler and a plate reader. A multi-channel pipette can be beneficial for manual reagent addition.

Conclusion on Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates

Overall, the Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates are an outstanding investment for any laboratory seeking to increase throughput and reduce reagent costs. The plates deliver reliable performance, are easy to use, and are compatible with a wide range of standard laboratory equipment.

The price of $119.99 is justified by the increased efficiency and cost savings they provide over time. The high-quality construction and consistent performance make these plates a valuable addition to any research lab.

I would wholeheartedly recommend the Corning Falcon 384-Well Microplates to any researcher looking to streamline their workflows and improve data quality. If you’re ready to take your research to the next level, invest in these microplates.