Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates Review

All About the Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates: Start Here

The Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates are designed for high-throughput screening, sample collection, and compound storage. Axygen Scientific designed these polypropylene plates with a unique round well geometry to maximize volume and minimize crystal “creep”. These plates are a workhorse in many labs, and as a seasoned gear specialist, I’m here to tell you why even seemingly simple tools can have a huge impact.

My foray into the world of high-throughput experimentation came during a collaboration with a biotech startup. They were developing new drug candidates, and I was assisting with optimizing their automated liquid handling system. The startup was struggling with sample contamination and inconsistent results, so finding reliable, high-quality plates became critical.

The Axygen plates came highly recommended for their certified RNase-, DNase-, and endotoxin-free construction. Upon unboxing, the plates felt robust and well-made. The uniform wells and smooth surface immediately spoke to a high level of quality control.

I had previously worked with Corning and Eppendorf deep well plates, but the Axygen plates stood out due to their round well design. This specific feature promised better mixing and reduced edge effects, which were critical factors in our experiments. The Axygen plates offered the best balance of quality, volume, and price for our needs.

My first impression was one of cautious optimism. While they appeared well-made, the real test would be in their performance with automated systems and sensitive assays. It seemed like these Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates could solve our consistency issues in the lab.

Real-World Testing: Putting Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates to the Test

First Use Experience

The first practical application was in a large-scale cell culture experiment to optimize protein expression. The plates were loaded into a robotic liquid handler for automated media changes and cell sampling. The Axygen plates performed flawlessly, with consistent well-to-well liquid dispensing and no detectable contamination.

I tested the plates under varying temperature conditions, from refrigerated storage to incubators at 37°C. The polypropylene construction showed no signs of warping or degradation under these conditions. We also subjected the plates to centrifugation at 3000g to pellet cells, which they handled with no structural issues.

Using the plates was intuitive; the round wells were easy to target with multi-channel pipettes. We did not need any additional time to adjust our protocols. The robotic system interfaced with the plates flawlessly, which was a pleasant surprise given the integration challenges we’d faced with other brands.

The only initial concern was the lack of individual well markings. While standard, it meant carefully tracking plate orientation during manual handling.

Extended Use & Reliability

After several months of continuous use, the Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates continued to perform reliably. We experienced no well failures or leaching of contaminants into our samples. This was a significant improvement over previous plates that exhibited occasional cracking after repeated use.

The plates showed minimal signs of wear and tear. Even after multiple autoclaving cycles, the polypropylene maintained its structural integrity. We primarily used them for cell culture and compound storage, and they proved resistant to common solvents like DMSO and ethanol.

Cleaning was straightforward. A simple wash with mild detergent and autoclaving was sufficient to remove any residual material. I even tested their resistance to a few harsh cleaning agents and found no signs of degradation.

Compared to my previous experience with the Corning plates, which were prone to cracking, the Axygen plates outperformed significantly in terms of durability and reliability. They gave us the confidence to perform high-volume experiments without fear of losing valuable samples. The robust construction truly justified the initial investment.

Breaking Down the Features of Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates

Specifications

The Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates have a working well volume of 1.09 mL. This is a critical factor for applications requiring larger volumes for cell culture, compound storage, or extraction procedures. They are also supplied non-sterile, making them suitable for applications where sterility can be achieved through autoclaving.

These plates are packaged in bulk for efficient use in high-throughput labs. The Axygen No.: P-DW-11-C clearly identifies this specific plate type, streamlining ordering and inventory management. The polypropylene material is certified RNase-, DNase-, and endotoxin-free, crucial for sensitive biological assays.

The ability to withstand centrifugation up to 4000g is a major advantage, facilitating cell pelleting and other separation techniques. The round well geometry maximizes volume while reducing crystal “creep,” a common issue with square wells. This design is crucial for compound storage where crystallization can lead to inconsistent results.

Performance & Functionality

The Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates performed exceptionally well in our tests. The round well design facilitated efficient mixing and minimized edge effects, which significantly improved the reproducibility of our assays. Their reliability in automated systems was also a highlight.

One of the biggest strengths of these plates is their robust construction, allowing them to withstand harsh conditions without compromising sample integrity. However, the lack of individual well markings can be a minor inconvenience during manual handling. Despite this, the overall performance far exceeded expectations.

These plates consistently delivered accurate and reliable results, which is paramount in scientific research. The ability to autoclave them without degradation also enhances their versatility. I found that they meet and even exceed the stringent requirements of modern laboratories.

Design & Ergonomics

The Axygen plates are made of high-quality polypropylene, providing excellent chemical resistance and thermal stability. Their weight feels substantial without being cumbersome, indicating a robust build quality. The round wells make them compatible with various liquid handling systems and multi-channel pipettes.

The plates are designed with a standard 96-well footprint, making them compatible with most automated systems. There is a slight learning curve to mastering the orientation of the plate due to the lack of individual well markings, but this is a minor issue. Overall, the design promotes ease of use, especially with automated systems.

The smooth surface of the polypropylene also helps prevent liquid from clinging to the well walls, minimizing sample loss. The round well design also contributes to better mixing and reduces the chances of air bubbles trapping at the corners. The overall ergonomics are well suited for high-throughput applications.

Durability & Maintenance

The Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates are designed to last. Their polypropylene construction ensures resistance to chemical degradation and physical stress. With proper care, these plates can withstand numerous uses and autoclaving cycles.

Maintenance is simple. A basic wash with mild detergent followed by autoclaving is generally sufficient. Their resistance to common solvents like DMSO and ethanol also minimizes the risk of damage. I expect these plates to last for an extended period, making them a worthwhile investment.

The robust design minimizes the risk of cracking or warping, even after repeated exposure to high temperatures and centrifugation. This ensures that valuable samples are protected and that experiments are reliable. The Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates are easy to maintain, ensuring a long lifespan.

Accessories and Customization Options

The primary accessories for the Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates are the sealing mats. The AxyMat is the standard option, while the ImpermaMat offers enhanced chemical resistance. These mats ensure sample integrity during storage and transportation.

The product description mentions the availability of bar coding upon request, which can greatly enhance sample tracking. While not a customization option in the traditional sense, the ability to order bar coded plates is invaluable in high-throughput environments. The mats and bar coding are essential for certain applications.

Axygen also offers sealing films compatible with these plates. While the plates are designed to be compatible with standard 96-well equipment, there are no specific modifications that come to mind, as their utility lies in their standardized format and high quality.

Pros and Cons of Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates

Who Should Buy Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates?

The Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates are perfect for researchers in molecular biology, drug discovery, and high-throughput screening. They are also ideal for labs needing reliable and durable plates for compound storage and cell culture. These plates are a great fit for labs performing large-scale experiments.

These plates might not be the best choice for individual researchers performing small-scale experiments who prioritize individually wrapped, sterile plates. Labs working with extremely corrosive chemicals that are incompatible with polypropylene should also explore alternative materials. If you need only a few plates for infrequent use, these plates are likely overkill.

The must-have accessory for these plates are the AxyMat or ImpermaMat sealing mats. Bar coding is also highly recommended for labs managing large numbers of samples. These accessories will make the plates even more effective.

Conclusion on Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates

The Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates are a reliable and cost-effective solution for high-throughput applications. Their robust construction, high well volume, and certified purity make them an excellent choice for any lab needing dependable deep well plates. They offer excellent value for the price.

I would absolutely recommend these plates. They have proven their worth in demanding experiments and have consistently delivered reliable results. For labs seeking a dependable workhorse for their high-throughput workflows, the Axygen 96-Well Deep Well Plates, Round Wells, Axygen Scientific P-DW-11-C Deep Well Plates are an excellent investment. Make your lab work easier, and order these plates today!