Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 Review

Let Me Walk You Through the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271

The Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 represents a crucial component in modern laboratory workflows, facilitating everything from high-throughput screening to long-term sample storage. Manufactured by Greiner Bio-one, these microplates boast compatibility with automated systems, chemical resistance, and a design optimized for efficient sample retrieval. Their impact on research and development, particularly in drug discovery and genomics, is undeniable, making them an indispensable tool for scientists and researchers alike.

My need for the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 arose from the challenges associated with scaling up our lab’s high-throughput screening process for novel antimicrobial compounds. We needed a reliable and robust solution for handling a large number of samples, ensuring minimal contamination and maximizing sample recovery. The uniform well dimensions and chemical resistance were particularly attractive given the diverse range of solvents and reagents we employ.

Upon receiving the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271, the first thing I noticed was the robust construction. The polypropylene material felt solid and durable, unlike some cheaper alternatives I’ve used in the past. The alphanumerical coding was clear and easily readable, a small detail that contributes significantly to organization and efficiency.

Compared to Corning’s 96-well deep well plates and Eppendorf’s Deepwell Plates, the Greiner Bio-one offering stood out due to its ANSI/SBS 1-2004 standard compliance. This ensured seamless integration with our existing robotic liquid handling system, a critical requirement for our high-throughput workflow. While Corning and Eppendorf plates are excellent, the guaranteed automation compatibility tipped the scales in favor of the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271.

My first impression was overwhelmingly positive. The Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 appeared to be a well-engineered and thoughtfully designed product, promising to streamline our workflow and improve the reliability of our results. The potential for enhanced sample management and increased throughput was genuinely exciting.

Real-World Testing: Putting Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 to the Test

First Use Experience

I initially tested the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 in our lab’s high-throughput screening campaign for novel antibiotics derived from soil bacteria. This involved culturing hundreds of different bacterial strains, extracting their metabolites, and screening for antimicrobial activity against various target pathogens. The plates were used throughout the entire process, from initial culture growth to long-term storage of extracted metabolites.

The plates performed exceptionally well under various conditions. They handled the thermal fluctuations of incubation (37°C) and cold storage (-20°C and -80°C) without any signs of warping or cracking. The chemical resistance also proved invaluable, as we routinely use organic solvents like methanol and ethyl acetate for metabolite extraction.

The Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 were incredibly easy to use. The standard footprint meant they integrated perfectly with our automated liquid handling system, eliminating any compatibility issues. The conical well bottoms facilitated complete sample aspiration, minimizing dead volume and maximizing sample recovery.

There were no significant issues encountered during the initial testing phase. A minor surprise was how well the alphanumerical coding held up even after repeated exposure to solvents and temperature changes. This simple feature proved remarkably durable.

Extended Use & Reliability

After several months of continuous use, the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 have consistently demonstrated their durability and reliability. The plates show minimal signs of wear and tear, even after repeated autoclaving and exposure to harsh chemicals. The polypropylene material has proven to be highly resistant to cracking, warping, and degradation.

The durability of these microplates is exceptional. We have subjected them to repeated freeze-thaw cycles, chemical washes, and mechanical handling without any significant damage. The alphanumeric grid remains legible, and the well integrity is maintained, ensuring sample security.

Maintaining the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 is straightforward. They can be easily cleaned with standard laboratory detergents and are autoclavable for sterilization. The chemical resistance minimizes the risk of contamination and cross-reactivity, further simplifying the cleaning process.

Compared to previous experiences with cheaper microplates, the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 significantly outperform in terms of durability, chemical resistance, and automation compatibility. The investment in higher-quality plates has undoubtedly paid off in terms of reduced downtime, improved data quality, and increased overall efficiency.

Breaking Down the Features of Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271

Specifications

• Product Name: Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271. This clearly identifies the product being reviewed.
• Manufacturer: Greiner Bio-one. A reputable manufacturer known for quality laboratory consumables.
• Well Format: 96-well. Standard format for high-throughput applications.
• Material: Virgin polypropylene resin. Ensures biological inertness, chemical resistance, and temperature stability.
• Temperature Tolerance: -196 to 121°C/-321 to 250°F. Allows for use in a wide range of applications, including cryogenic storage and autoclaving.
• Chemical Resistance: Resistant to many standard laboratory chemicals. Essential for handling diverse samples and reagents.
• Well Shape: Conical well tops. Aids in complete sample recovery.
• Sterility: RNase- and DNase-free, and nonpyrogenic. Guarantees sample integrity and prevents contamination.
• Compliance: ANSI/SBS 1-2004 Standard. Ensures compatibility with automated equipment and robotics.
• Packaging: Individually packaged, 50/case. Provides convenient storage and handling.

These specifications are critical because they directly impact the reliability and reproducibility of experimental results. The chemical resistance prevents unwanted reactions between the plate material and the sample, while the temperature tolerance allows for versatile use in various protocols. The ANSI/SBS compliance ensures seamless integration with automated systems, which is essential for high-throughput applications.

Performance & Functionality

The Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 performs its job exceptionally well. It provides a reliable and consistent platform for sample handling, storage, and analysis. The plates are easy to use, minimize contamination, and maximize sample recovery.

The strength lies in its robust construction, chemical resistance, and automation compatibility. The conical well bottoms ensure complete sample aspiration. An area for potential improvement could be offering sterile, individually wrapped plates to minimize handling before use.

The plates meet and exceed our expectations for high-throughput screening applications. They have significantly improved our workflow efficiency and data quality. We can now process a larger number of samples with greater confidence and reliability.

Design & Ergonomics

The build quality is excellent, thanks to the high-quality polypropylene material. The plates feel solid and durable, providing confidence in their ability to withstand rigorous handling. The weight is appropriate for robotic handling, and the alphanumeric coding is clear and easy to read.

The Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 are exceptionally user-friendly. The standard footprint and well spacing make them compatible with a wide range of laboratory equipment. The conical well bottoms facilitate complete sample aspiration, minimizing dead volume and maximizing sample recovery.

Durability & Maintenance

Given the high-quality polypropylene construction and robust design, the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 are expected to last for a significant period with proper care. They have already demonstrated exceptional durability under various conditions. Their lifespan is significantly longer than cheaper alternatives.

The Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 are easy to maintain and repair, if necessary. Cleaning can be done with standard laboratory detergents, and they are autoclavable for sterilization. The chemical resistance minimizes the risk of contamination and cross-reactivity, simplifying the maintenance process.

Accessories and Customization Options

The product itself doesn’t come with specific accessories, but it is designed to be compatible with a wide range of standard laboratory equipment, including robotic liquid handling systems, plate readers, and automated storage systems. The plates are compatible with standard microplate lids for sealing and sample protection.

While there aren’t many customization options for the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 themselves, the compatibility with a wide range of accessories makes them highly versatile. Researchers can select lids, sealing films, and other consumables based on their specific needs.

Pros and Cons of Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271

Who Should Buy Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271?

The Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 are perfect for research labs, pharmaceutical companies, and any organization involved in high-throughput screening, genomics, proteomics, or drug discovery. They are ideally suited for scientists who require reliable, chemically resistant, and automation-compatible microplates for demanding applications.

Those who only need microplates for simple, low-throughput experiments, or who are on a very tight budget, might find cheaper alternatives sufficient for their needs. Labs without automated systems might not fully leverage the benefits of the ANSI/SBS compliance.

Must-have accessories include appropriate sealing films or lids to prevent contamination and evaporation, and compatible multichannel pipettes or liquid handling systems for efficient sample transfer.

Conclusion on Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271

In summary, the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 are a high-quality and reliable solution for demanding laboratory applications. Their exceptional chemical resistance, temperature tolerance, and automation compatibility make them a valuable asset for researchers who require consistent and reproducible results. The initial investment is justified by the improved workflow efficiency, reduced downtime, and enhanced data quality.

At $353.99, the price is justified, given the quality, durability, and performance benefits. While cheaper alternatives exist, they often lack the robustness and automation compatibility required for high-throughput applications. The value proposition is strong for those who prioritize reliability, reproducibility, and long-term cost savings.

I would wholeheartedly recommend the Masterblock 96-well Deep Well Microplates, Greiner Bio-one 780271 to any researcher or organization seeking a dependable and high-performing microplate solution. Invest in quality, streamline your workflow, and elevate your research.