Let’s Dive into Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50
The Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50 represents a critical component in modern laboratory workflows. These microplates, designed and manufactured by Thermo Fisher Scientific, offer a versatile platform for a wide array of applications from microbiological studies to PCR and ELISA assays. Their key feature, the superosorbent polystyrene construction, promises minimal evaporation and robust performance during boiling and autoclaving, making them a compelling choice for researchers demanding reliability and precision.
My work often involves setting up high-throughput screening assays, and I needed a reliable microplate that wouldn’t introduce contaminants or warp during incubation. I was searching for a microplate known for its thermal stability and chemical resistance to ensure accurate and repeatable results across multiple experiments.
My first impression upon receiving the Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50 was one of reassurance. The packaging was secure, and the plates themselves felt sturdy and well-made. Their uniform design and crystal-clear polystyrene immediately instilled confidence in their quality.
Compared to other microplates I’ve used from Corning and Eppendorf, these Thermo Fisher Scientific plates stood out due to their specific claims regarding low evaporation loss during boiling and autoclaving. This was a critical factor in my selection, as I frequently need to prepare samples involving high-temperature steps. The price point, though higher, seemed justified by the specialized features and the reputation of Thermo Fisher Scientific.
My initial excitement was tempered by the price, but overall, I was eager to put these plates to the test. I was hopeful they would live up to their promises of superior performance and contribute to improved data quality in my research.
Real-World Testing: Putting Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50 to the Test
First Use Experience
I first tested the Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50 in our lab setting, specifically for a PCR experiment requiring a hot start. We utilized the plates for sample preparation and subsequent thermal cycling.
The plates performed admirably even under stringent conditions with high temperatures. We experienced consistent amplification across all wells, indicating uniform thermal conductivity.
The plates were remarkably easy to load using a multi-channel pipette and equally easy to clean with standard laboratory detergents. There were no unexpected issues or surprises during the initial use.
Extended Use & Reliability
After several weeks of continuous use for various microbiological digestions and ELISA assays, the Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50 have maintained their integrity. They have demonstrated no signs of warping or degradation, even after repeated autoclaving cycles.
The plates show minimal wear and tear, maintaining their structural integrity and optical clarity. These plates require only basic cleaning with standard lab detergents and distilled water.
Compared to previously used, less expensive plates, these Thermo Fisher Scientific plates have consistently outperformed them in terms of thermal stability and resistance to chemical degradation. I experienced significantly reduced well-to-well variability, leading to more reliable and reproducible results.
Breaking Down the Features of Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50
Specifications
Description: MICROPLATES KF 200UL PK50 – This specifies the product as a microplate with a 200 µL well volume and designates it as part of the KF series from Thermo Fisher Scientific.
Unit: Pack of 50 – The product is sold in packs containing 50 individual microplates, making it easier to stock and manage inventory.
Manufactured from a unique blend of polymers: The use of a unique polymer blend ensures extremely low evaporation loss during boiling and autoclaving, which is crucial for maintaining sample integrity during high-temperature processes.
Superosorbent polystyrene material: This material is designed not to break down or contaminate samples during boiling or autoclaving, maintaining a consistent and clean experimental environment.
ACR/SARA Certified: Certification by ACR/SARA ensures the material is non-toxic and non-carcinogenic, which is vital for safety in laboratory settings.
Suitable for Microbiological Digestions, Neutralization Procedures, and Enzyme Digestions: The microplates are designed to withstand the conditions and chemicals involved in these processes, making them highly versatile.
Thermo-forming Technology: This manufacturing technique helps ensure consistent shape retention during boiling or autoclaving, preventing warping or deformation.
Consistent Reagent Delivery System: Each well is screened to ensure consistent reagent delivery, which is critical for reproducibility in high-throughput assays.
These specifications are significant because they address the key challenges faced in laboratory research, particularly in sensitive applications like PCR and ELISA. The focus on material purity, thermal stability, and consistent performance translates to more reliable and reproducible data.
Performance & Functionality
The Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50 perform exceptionally well in their intended applications. They exhibit high accuracy in dispensing and maintaining volumes, ensuring consistent reaction conditions across all wells.
Their primary strength lies in their thermal stability and chemical resistance, leading to minimal well-to-well variation and consistent results. An area for potential improvement could be a more detailed specification sheet regarding the specific chemical compatibilities, though the plates handled common laboratory reagents without issue. These plates more than meet my expectations for a high-performance microplate.
Design & Ergonomics
The design of these microplates is practical and functional. The polystyrene material is light yet durable, making the plates easy to handle without compromising robustness.
The well design facilitates easy loading and cleaning, and the standard microplate footprint ensures compatibility with automated liquid handling systems. There is no significant learning curve associated with using these plates.
Durability & Maintenance
Given their construction from high-quality polystyrene, the Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50 are expected to last through numerous experiments, even with repeated autoclaving cycles. Maintenance is straightforward, requiring only standard laboratory cleaning procedures.
Accessories and Customization Options
The Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50 do not come with specific accessories, as they are designed to be a universal platform. However, they are fully compatible with standard microplate readers, automated liquid handling systems, and sealing films from various brands.
The lack of specific customization options is not a significant drawback, as the microplates are intended for broad applicability across different assays. Their compatibility with common laboratory equipment and consumables makes them highly versatile.
Pros and Cons of Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50
Pros
- Exceptional Thermal Stability: Maintains integrity during boiling and autoclaving, crucial for maintaining sample integrity.
- High Chemical Resistance: Suitable for use with a wide range of common laboratory reagents without degradation.
- ACR/SARA Certification: Ensures the material is non-toxic and non-carcinogenic, promoting safety in the lab environment.
- Consistent Reagent Delivery: Each well is screened for consistent reagent delivery, leading to more reproducible results.
- Low Evaporation Loss: Unique polymer blend minimizes evaporation, critical for maintaining accurate concentrations.
Cons
- High Price Point: The cost per plate is significantly higher compared to standard polystyrene microplates.
- Limited Customization Options: No specific accessories or tailored options are available.
Who Should Buy Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50?
These microplates are perfect for researchers and labs requiring high-precision and reliable performance in demanding applications such as PCR, ELISA, and microbiological digestions. They are particularly beneficial for experiments involving high-temperature steps or sensitive reagents.
Those operating on a very tight budget or conducting routine assays that do not require high thermal or chemical resistance might find these microplates to be an unnecessary expense.
Must-have accessories include compatible sealing films to prevent contamination and evaporation during incubation and storage. Also, automated liquid handling systems will help maximize throughput and consistency when working with these plates.
Conclusion on Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50
The Thermo Fisher Scientific Microplates Kf 200UL PK50 97002084 Microplates Kf 200UL PK50, Pack of 50 are a premium product designed for researchers who prioritize reliability and consistency in their experiments. The price is justified by their exceptional thermal stability, chemical resistance, and overall performance.
I would highly recommend these microplates to any lab that values data accuracy and reproducibility, especially in demanding applications. If you need consistent results and minimal well-to-well variability, these plates are a worthwhile investment. Upgrade your lab’s performance by considering these Thermo Fisher Scientific microplates—your experiments deserve it!