Let’s Dive into Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75
The Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75 from Nalge Nunc, represents a cornerstone product in cell culture and biological research. These sterile, 48-well multi-dishes are designed to provide a reliable and consistent platform for cell attachment and growth. The NunclonDELTA surface treatment is a game-changer, ensuring optimal cell adhesion and proliferation.
My journey with multi-well dishes began during my time supporting a US military medical research team. We needed a dependable platform to screen potential countermeasures against bio-threats, and consistency was paramount. This led me to explore various options. After experiencing inconsistent growth and attachment issues with other brands, the promise of Nalge Nunc’s NunclonDELTA surface convinced me to give them a try.
Upon receiving the Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75, the first thing I noticed was the robust packaging. Each dish was individually wrapped, ensuring sterility and protection during shipping. The physical construction felt solid, and the alphanumeric markings were clear and easily readable.
Compared to Corning Costar plates, which we used previously, the Nalge Nunc dishes felt more rigid and less prone to warping. Fisher Scientific plates, while cheaper, often exhibited uneven well surfaces, a problem Nalge Nunc appeared to have solved. The sterility of the Nalge Nunc product also gave me confidence to start the experiments right away, skipping the time consuming task of sterilizing the plates.
My first impression was one of cautious optimism that quickly grew into reliance. The consistent cell attachment and growth, combined with the dishes’ robust construction, instilled confidence. I was excited to finally have a reliable tool in my arsenal for our critical research.
Real-World Testing: Putting Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75 to the Test
First Use Experience
My initial testing ground was a bio-safety level 2 (BSL-2) laboratory focused on in vitro cell culture. I used the Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75 to grow and analyze mammalian cell lines, specifically human lung epithelial cells (A549). These cells are known to be sensitive to surface conditions and require consistent adherence for optimal growth and differentiation.
The Nalge Nunc dishes performed flawlessly under controlled laboratory conditions. Even when subjected to changes in humidity during incubator cycles, the lids remained firmly in place. No media evaporation or condensation was visible. The one-way fit lids, which reduce edge effects by minimizing uneven evaporation, gave consistent results across the entire plate, improving the reproducibility of the experiments.
These plates were very easy to use, given the alphanumeric markings. The clear markings helped me to identify the samples quickly. No additional time was needed to learn how to use the plates.
The initial use proved problem-free, and the consistent cell attachment was a welcome relief. I was pleasantly surprised by how well the NunclonDELTA surface promoted uniform cell distribution across the wells.
Extended Use & Reliability
After several months of continuous use, the Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75 have maintained their stellar performance. We used them for everything from basic cell proliferation assays to complex cytotoxicity studies. No noticeable degradation in the material or loss of the NunclonDELTA surface effectiveness was visible.
The dishes have shown no signs of wear and tear, even after repeated handling and incubation. Autoclaving is not required because they arrive sterile, but exposure to standard lab cleaning agents has had no adverse effects. They are tough and durable, which allows for stacking without risk of collapse.
Maintenance is simple: visual inspection for damage and proper disposal after use. Compared to other brands that require more rigorous cleaning protocols or have shorter lifespans, the Nalge Nunc dishes have proven superior. They consistently outperform similar products, leading to more reliable and reproducible results.
Breaking Down the Features of Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75
Specifications
- No. of Wells: 48 – Allows for medium-throughput experimentation and testing of multiple conditions simultaneously. This is a significant advantage for screening experiments.
- Well Area, cm2: 1.1 – Provides sufficient surface area for cell attachment and growth, suitable for various cell types. Ensures enough space for cells to proliferate without overcrowding.
- Working Volume, mL: 0.3–0.6 – Optimized for cell culture experiments, providing adequate media volume for cell viability and metabolic activity. This precise volume range reduces reagent usage and experimental costs.
- External Dimensions, mm: 128 x 86 – Compact design for efficient use of incubator space and ease of handling. The standardized size ensures compatibility with automated liquid handling systems.
- Dishes Per Sleeve: 1 – Individually packaged to maintain sterility and prevent contamination. This reduces the risk of batch contamination and improves experimental reliability.
- NNI No.: 150687 – Unique product identifier for easy ordering and traceability. Streamlines procurement and inventory management processes.
- Unit: Case of 75 – Provides a bulk quantity for high-throughput laboratories and research facilities. Offers cost savings and reduces the frequency of reordering.
These specifications matter because they directly impact the reliability, reproducibility, and efficiency of cell culture experiments. The combination of well size, working volume, and surface treatment make the Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75 an invaluable tool for any laboratory.
Performance & Functionality
The Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75 excel in their primary function: providing a consistent and reliable platform for cell culture. Accuracy is maintained across all 48 wells, with uniform cell attachment and growth. The reliability of the NunclonDELTA surface ensures reproducible results.
A notable strength is the elimination of variability often seen in other multi-well dishes. The weaknesses are nearly non-existent, though the relatively smaller well size might limit its applicability for certain specialized applications requiring larger volumes. Overall, the plates consistently meet and often exceed expectations.
Design & Ergonomics
The build quality is excellent, utilizing high-grade polystyrene that is both durable and optically clear. The weight is well-balanced, making the dishes easy to handle. They also fit perfectly in standard incubator racks.
The dishes are extremely user-friendly. The alphanumeric markings are clear and easy to read, facilitating quick sample identification. There is practically no learning curve associated with their use.
Durability & Maintenance
With proper handling and storage, the Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75 can last for an extended period. Maintenance is minimal. The sterility ensures that there is no need for pre-use cleaning. Post-use disposal is straightforward following standard biohazard protocols.
Accessories and Customization Options
The Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75 do not come with additional accessories beyond the dishes themselves. Customization options are limited to cell type and culture conditions. They are compatible with standard laboratory equipment and liquid handling systems.
Pros and Cons of Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75
Pros
- Consistent Cell Attachment: The NunclonDELTA surface ensures reliable cell adhesion and growth, crucial for reproducible experiments.
- Sterile Packaging: Each dish is individually wrapped, minimizing contamination risks and saving valuable preparation time.
- Durable Construction: The high-quality polystyrene material provides robust support, preventing warping and ensuring long-term use.
- Optimized Well Design: The well area and working volume are tailored for efficient cell culture, reducing reagent consumption and maximizing cell viability.
- Easy Identification: Clear alphanumeric markings facilitate quick and accurate sample tracking, minimizing errors.
Cons
- Smaller Well Size: The 1.1 cm2 well area may be limiting for applications requiring larger cell populations or higher media volumes.
- Limited Customization: There are few customization options beyond cell type and culture conditions.
Who Should Buy Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75?
Perfect for: Cell biologists, biochemists, and researchers in pharmaceutical and biotech companies. Anyone conducting in vitro cell culture experiments, drug screening, and cytotoxicity assays will benefit greatly from the reliability and consistency of these dishes.
Who should skip this product? Those working primarily with large-scale bioreactors or those needing very high-throughput screening may find the 48-well format limiting.
Must-have accessories or modifications? Standard cell culture media, appropriate cell lines, and a reliable incubator are essential. Automated liquid handling systems can further enhance throughput and efficiency.
Conclusion on Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75
The Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75 are a top-tier product that delivers exceptional performance and reliability in cell culture applications. The price is justified by the consistent cell attachment, sterile packaging, and durable construction. These features translate into more reproducible results and reduced experimental errors.
I would wholeheartedly recommend these multi-dishes to anyone serious about cell culture research. The consistent performance and peace of mind they provide are invaluable. Invest in the Nalge Nunc NunclonDELTA MultiDishes, Sterile 150687, Case of 75 today, and experience the difference a quality cell culture platform can make in your research.