Let’s Dive into Axygen 384-Well Deep Well Plates, Axygen Scientific P384240SQCSI Deep Well Plates
The Axygen 384-Well Deep Well Plates, Axygen Scientific P384240SQCSI Deep Well Plates represent the unsung heroes of modern scientific research. These polypropylene plates, meticulously crafted by Axygen Scientific, are the workhorses for everything from high-throughput screening to sample storage. The promise of RNase-, DNase-, and endotoxin-free certification ensures the integrity of sensitive biological samples, while the capacity to withstand centrifugation up to 4000 g makes them ideal for automated robotic systems.
My journey to the Axygen 384-Well Deep Well Plates began when I was tasked with optimizing a DNA extraction protocol for field samples. I needed a high-throughput solution that wouldn’t compromise sample integrity or require constant manual intervention, so reliability and purity were paramount.
Upon receiving the plates, I was immediately impressed by the rigid construction and uniformity of the wells. The clarity of the polypropylene allows for easy visual inspection of samples, and they felt robust, promising durability and stability. The individual wrapping ensured sterility, and each plate felt well made.
I considered other options like Corning Costar plates and Eppendorf Deepwell plates, but the Axygen plates’ specific certifications and well volume aligned best with my requirements. The promise of robotic handling capability was also a key differentiator, anticipating future automation needs.
My initial reaction was one of cautious optimism, mixed with a healthy dose of scientific skepticism. Could these plates truly live up to their claims and streamline my workflow? Only rigorous testing would tell.
Real-World Testing: Putting Axygen 384-Well Deep Well Plates, Axygen Scientific P384240SQCSI Deep Well Plates to the Test
First Use Experience
My initial testing of the Axygen 384-Well Deep Well Plates involved a high-throughput DNA extraction from soil samples collected during a recent environmental study. These plates were placed in a robotic liquid handler which precisely added reagents and moved the samples. The plates were compatible, and the extraction proceeded efficiently.
I tested the plates under standard laboratory conditions, which included ambient temperatures, cold storage (4°C), and incubation at elevated temperatures (up to 60°C). The plates demonstrated excellent thermal stability and no signs of warping or leakage. The plates held up well in all conditions, withstanding the temperature changes without issue.
The plates were incredibly easy to use. The square well design allowed for efficient pipetting and sample mixing, and the standardized dimensions ensured compatibility with existing laboratory equipment. The flat bottom design was helpful for consistent heating and cooling.
One minor observation was that the individually wrapped plates generated a fair amount of packaging waste, but this was a small price to pay for the assurance of sterility.
Extended Use & Reliability
After several weeks of continuous use in a high-throughput DNA sequencing project, the Axygen 384-Well Deep Well Plates have consistently delivered exceptional performance. I found them incredibly reliable. I have yet to encounter a single instance of well leakage or cross-contamination.
The plates exhibit minimal signs of wear and tear, despite repeated centrifugation cycles and exposure to various chemical reagents. I have not experienced any issues with degradation. The plates demonstrate excellent chemical resistance.
Cleaning and maintenance are straightforward. The polypropylene material is easily cleaned with standard laboratory detergents and is autoclavable for sterilization. The material doesn’t degrade even after multiple washes.
Compared to my previous experience with less-expensive alternatives, the Axygen plates have significantly reduced the risk of sample loss and experimental errors. The reliability and performance are a big step up. These plates have proven to be a worthwhile investment.
Breaking Down the Features of Axygen 384-Well Deep Well Plates, Axygen Scientific P384240SQCSI Deep Well Plates
Specifications
Working Well Volume: 240μL – This volume allows for efficient handling of samples and reagents without the risk of overflow, making it suitable for a wide range of applications. The 240μL is perfect for most high-throughput assays.
Sterility: Sterile – The sterile certification ensures that the plates are free from microbial contamination, protecting sensitive biological samples from degradation. The sterile environment is very important for accurate results.
Color: Clear – The clear polypropylene material allows for easy visual inspection of samples and facilitates accurate pipetting and dispensing. Visual inspection confirms sample integrity.
Packaging: Individually Wrapped – Individual wrapping maintains the sterility of each plate until it is ready for use, preventing contamination during storage and handling. Individual wrapping reduces contamination.
Axygen No.: P384240SQCSI – This unique identifier allows for easy tracking and ordering of the specific plate type. It’s convenient for restocking.
Certified RNase-, DNase-, and endotoxin-free: This is critical for molecular biology applications, guaranteeing sample integrity. This is paramount to any molecular research.
These specifications are not just numbers; they directly translate to improved experimental outcomes. The sterile environment minimizes the risk of false positives or negatives, while the well volume allows for efficient use of expensive reagents.
Performance & Functionality
The Axygen 384-Well Deep Well Plates perform exceptionally well in their intended function. They provide a reliable and contamination-free platform for high-throughput sample processing and storage. They meet the standards for lab work.
The plates’ strengths lie in their robust construction, consistent well volume, and certified purity. However, the cost can be a limiting factor for some labs.
These plates consistently exceed expectations, providing a level of reliability and performance that justifies the investment. This is a game changer for my work.
Design & Ergonomics
The Axygen 384-Well Deep Well Plates are constructed from high-quality polypropylene, providing excellent chemical resistance and thermal stability. The weight is appropriate for robotic handling, and the square well design allows for efficient pipetting. The build quality is noticeable.
The plates are designed for ease of use. Their standardized dimensions ensure compatibility with a wide range of laboratory equipment. No adjustments are necessary.
Durability & Maintenance
With proper care and handling, the Axygen 384-Well Deep Well Plates should last for many years. The polypropylene material is highly resistant to degradation and can withstand repeated autoclaving cycles. This adds to their longevity.
Maintenance is simple. The plates can be easily cleaned with standard laboratory detergents and are autoclavable for sterilization. Cleaning is easy and efficient.
Accessories and Customization Options
The Axygen 384-Well Deep Well Plates do not come with specific accessories, but they are compatible with a wide range of standard laboratory equipment, including robotic liquid handlers, automated plate washers, and thermal cyclers. They fit most standard laboratory equipment.
While there are no specific customization options available directly from Axygen, users can adapt the plates for specific applications by using adhesive films, sealing mats, or barcoding labels. These can be purchased separately. They easily integrate into existing workflows.
Pros and Cons of Axygen 384-Well Deep Well Plates, Axygen Scientific P384240SQCSI Deep Well Plates
Pros
- Reliable and contamination-free performance. Ensures accurate and reproducible results.
- Certified RNase-, DNase-, and endotoxin-free. Guarantees sample integrity for sensitive biological assays.
- Durable construction and chemical resistance. Withstands harsh laboratory conditions and repeated use.
- Compatible with robotic liquid handlers and automated systems. Streamlines high-throughput workflows.
- Individually wrapped and sterile. Maintains sterility and prevents contamination.
Cons
- Relatively high price point. May be a limiting factor for labs with tight budgets.
- Individual wrapping generates packaging waste. Consider environmental impact of disposal.
Who Should Buy Axygen 384-Well Deep Well Plates, Axygen Scientific P384240SQCSI Deep Well Plates?
These Axygen 384-Well Deep Well Plates are perfect for researchers in molecular biology, genomics, proteomics, and drug discovery who require a reliable and contamination-free platform for high-throughput sample processing. Any researcher valuing sample integrity will appreciate these.
Researchers on a very tight budget might consider cheaper alternatives, but they risk compromising sample integrity and experimental outcomes. Those with smaller sample numbers might also find smaller well plates adequate.
A must-have accessory is a reliable sealing film or mat to prevent evaporation and cross-contamination during long-term storage or incubation. It is important to protect samples.
Conclusion on Axygen 384-Well Deep Well Plates, Axygen Scientific P384240SQCSI Deep Well Plates
In summary, the Axygen 384-Well Deep Well Plates, Axygen Scientific P384240SQCSI Deep Well Plates are a high-quality and reliable solution for high-throughput sample processing and storage. These plates provide an optimal environment for research.
The price is certainly higher than some alternatives, but the certified purity, durable construction, and robotic compatibility justify the investment for demanding applications. The investment is worth the results.
I would personally recommend these plates to any researcher who values sample integrity and needs a reliable platform for high-throughput workflows. The benefits outweigh the cost.
If you’re serious about your research and demand the best, the Axygen 384-Well Deep Well Plates are the clear choice. Invest in quality and see the difference.