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

Let’s Dive into Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates

The Corning Falcon 384-Well Microplates, 353958 Lid For 384-Well Plates are designed for high-throughput drug screening and various assay applications, promising reagent cost savings through smaller volume protocols. BD Biosciences, the manufacturer, is known for its quality laboratory consumables, and these microplates aim to deliver performance and value. Let’s explore if they live up to the hype.

My research team needed a reliable microplate solution for a novel drug discovery project focused on enzyme inhibition. Specifically, we required consistent well geometry and compatibility with our automated liquid handling system, issues we’d encountered with cheaper alternatives.

Upon unboxing, I was immediately struck by the rigidity and clarity of the polystyrene plates. The plates felt robust, not flimsy like some competitors, and the alphanumeric markings were crisp and easily readable. The included lid, a simple but crucial component, fit snugly, inspiring confidence in its ability to prevent contamination and evaporation.

Previously, we’d used Greiner Bio-One 384-well plates and Thermo Scientific Nunc plates. I chose the Corning Falcon plates because of their reputation for consistent well geometry and compatibility with a wider range of robotic systems. The deciding factor was the round corner well design aimed at minimizing wicking, a frustrating problem we faced with the Greiner plates.

My first impression was one of cautious optimism. I was excited about the potential for improved assay consistency and reduced reagent consumption, but mindful of the potential for unforeseen issues in our highly sensitive experiments.

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

First Use Experience

I tested the Corning Falcon 384-Well Microplates in our high-throughput screening lab, using them for enzyme inhibition assays with automated liquid handling systems. The plates were subjected to multiple liquid dispensing and aspiration cycles, as well as incubation periods at varying temperatures.

The Corning Falcon plates performed admirably under these conditions. The round corner well design effectively minimized wicking, leading to more consistent fluorescence readings and reducing variability in our data. No issues were encountered.

The plates were easy to integrate into our existing workflows, requiring minimal adjustments to our robotic protocols. The A1 notch provided a clear and unambiguous orientation marker, preventing costly errors.

Initially, I was pleasantly surprised by how well the plates handled repeated liquid handling cycles without any noticeable deformation or leakage. I had braced myself for potential compatibility issues with our pipetting heads, but the Corning Falcon plates seamlessly integrated into our automated system.

Extended Use & Reliability

After several weeks of continuous use, the Corning Falcon 384-Well Microplates have consistently delivered reliable results. The plates show no signs of significant wear and tear, even after repeated washing and autoclaving cycles.

The plates maintain their structural integrity and optical clarity after prolonged exposure to various solvents and reagents used in our assays. The alphanumeric markings remain legible, even after repeated handling.

Maintenance is straightforward. The plates are easily cleaned with standard laboratory detergents and are compatible with autoclaving for sterilization, a crucial aspect for our sterile cell-based assays.

Compared to our previous experiences with other microplate brands, the Corning Falcon plates have significantly reduced variability and increased the reproducibility of our assays. They have proven to be a superior choice in terms of both performance and reliability, greatly improving our workflow.

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

Specifications

• Well Format: 384-well. This high-density format allows for increased throughput in screening applications.
• Well Geometry: Square well with round corners. This design minimizes wicking and reduces air bubble formation, improving assay accuracy.
• Total Volume per Well: 120µL. The generous volume capacity accommodates a wide range of assay volumes.
• Typical Working Volume: 25–90µL. This provides flexibility in optimizing reagent consumption for various applications.
• Material: Polystyrene. This material provides good optical clarity and is compatible with a wide range of solvents and reagents.
• Surface: Standard, untreated. This surface is ideal when a low to medium binding surface is required, preventing unwanted protein adsorption.
• Color: Clear. This allows for easy visualization of samples and accurate optical measurements.
• Packaging: 5 plates per bag. This packaging helps maintain sterility and prevents contamination during storage.
• Lid: Included, designed specifically for the 384-well plates. This protects the samples from contamination and evaporation.
• Alphanumeric Markings: Clear alphanumerics on each plate. This enables quick and convenient readability for sample identification.
• A1 Notch: Located on all plates. This facilitates plate orientation, preventing errors during automated handling.
• Industry Standard Footprint: Dimensions meet industry standards and specifications. This allows compatibility with laboratory automation equipment and robotics.
• BD No.: 353958. This is the unique product identifier for easy ordering and tracking.

These specifications are critical for ensuring reliable and reproducible assay results. The well geometry and surface treatment directly impact the accuracy and sensitivity of optical measurements, while the industry-standard footprint ensures seamless integration with existing laboratory equipment.

Performance & Functionality

The Corning Falcon 384-Well Microplates excel in their primary function: providing a reliable platform for high-throughput screening and other assay applications. The plates are designed to minimize variability and maximize data quality.

The key strengths include consistent well geometry, low background noise, and compatibility with automated systems. The only area for potential improvement is the lid design, which could benefit from a tighter seal to further minimize evaporation in long-term incubation studies. Overall, it greatly meets our needs and expectations.

Design & Ergonomics

The Corning Falcon 384-Well Microplates feature a well-thought-out design that prioritizes functionality and ease of use. The plates are lightweight yet robust, making them easy to handle and manipulate.

The alphanumeric markings and A1 notch are intuitively placed, minimizing errors and improving workflow efficiency. There is no significant learning curve.

Durability & Maintenance

The polystyrene construction ensures that the Corning Falcon 384-Well Microplates are durable and long-lasting under typical laboratory conditions. The plates can withstand repeated washing and autoclaving cycles without significant degradation.

Maintenance is simple and straightforward. The plates are easily cleaned with standard laboratory detergents and are compatible with various sterilization methods, ensuring long-term usability.

Accessories and Customization Options

The Corning Falcon 384-Well Microplates come with a lid specifically designed for the plates, providing a basic level of protection and containment. There are no readily available customization options for these specific plates.

However, the industry-standard footprint ensures compatibility with a wide range of accessories from other brands, such as plate readers, liquid handling systems, and sealing films. This compatibility allows for a high degree of flexibility in designing custom assay workflows.

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

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

The Corning Falcon 384-Well Microplates are perfect for researchers and laboratory professionals involved in high-throughput screening, drug discovery, cell-based assays, and other applications requiring reliable and reproducible data. They are particularly well-suited for those using automated liquid handling systems and robotic platforms.

Anyone looking for the absolute cheapest option should skip this product. While offering excellent value, other brands may have more competitive prices at the expense of reliability and consistency.

A must-have is a high-quality plate reader. A reliable plate reader that is appropriately calibrated is essential to taking advantage of the plate’s strengths.

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 a reliable and high-performing option for high-throughput screening and other assay applications. The plates offer excellent value for the money, delivering consistent and reproducible results.

The price is justified by the superior performance and reliability compared to cheaper alternatives. The Corning Falcon plates save time and resources by minimizing variability and reducing errors in experimental data.

I would personally recommend the Corning Falcon 384-Well Microplates to any laboratory seeking a reliable and high-quality microplate solution. These plates are a valuable investment that will ultimately improve the efficiency and accuracy of your research. Invest in reliable science – your results will thank you!