
( Brand: Fisher Scientific ), ( Manufacturer Part Number: 339653 ), ( Model: THERMO FISHER SCIENTIFIC 339653 ), ( Part Type: Centrifuge Tube )
The Fisher Scientific 339653 Thermo Scientific Brand 50ml Centrifuge Tubes are a essential lab supply for any scientific research or biotechnology application that requires high-performance centrifugation. These tubes are manufactured by Thermo Fisher Scientific, a trusted name in the industry known for their commitment to quality and innovation.
These centrifuge tubes are made from borosilicate glass, which offers several advantages over other materials. Borosilicate glass is known for its excellent resistance to thermal shock, meaning it can be quickly cooled or heated without cracking or breaking. Additionally, it is chemically inert, making it ideal for use with a wide range of samples and reagents. The tubes are also sterile, ensuring that your experiments start with the highest level of purity and contamination-free conditions.
The 50ml capacity of these tubes makes them suitable for handling larger sample volumes, making them an excellent choice for large-scale experiments or for use in applications where multiple samples need to be processed at once. The tubes are also stackable in a racked format, which not only saves valuable lab space but also makes it easier to transport and store the tubes.
The racked design of these centrifuge tubes also facilitates easy and efficient centrifugation. The tubes are designed to fit securely in standard centrifuge racks, allowing for hassle-free loading and unloading. The racked design also helps to minimize the risk of tube breakage during centrifugation, ensuring that your experiments progress smoothly.
In summary, the Fisher Scientific 339653 Thermo Scientific Brand 50ml Centrifuge Tubes are a versatile and reliable lab supply for any research or biotechnology application that requires high-performance centrifugation. Their large capacity, sterile condition, stackability, and racked design make them an essential addition to any lab.
a. High-quality and reliable: Fisher Scientific is a reputed brand known for providing high-quality labware. These centrifuge tubes are designed to withstand centrifugation forces and maintain sterility.
b. Sterile: These tubes are supplied sterile, reducing the risk of contamination during your experiments.
c. Easy organization: The racked design allows for easy storage and transportation in a laboratory setting.
d. Wide application: These tubes are suitable for various applications in molecular biology, biochemistry, and other laboratory research fields.
2. Cons:a. Price: Compared to some other brands or non-sterile options, these tubes may be more expensive.
b. Fragile: Like all glass labware, these tubes can be fragile and prone to breaking if not handled properly.
c. Limited capacity: A 50ml capacity may not be sufficient for larger experiments or volumes.
Conclusion:Fisher Scientific 339653 Thermo 50ml Centrifuge Tubes (Sterile, Racked) offer several advantages, including high-quality, sterility, easy organization, and wide application. However, they come with some disadvantages, such as a higher price point, fragility, and limited capacity. Ultimately, the decision to buy these tubes depends on your specific research needs, budget, and handling capabilities. If sterility, easy organization, and a reliable brand are essential factors, these tubes may be a worthwhile investment. If cost or larger volumes are more important, you may consider alternative options.
25 per rack 300 case The Thermo Fisher Scientific 339653 50ml Conical Centrifuge Tube is a sterile and racked lab equipment designed for medical laboratory use. The 50ml capacity makes it suitable for a wide range of applications, while the sterile design ensures integrity samples during analysis. Manufactured by Fisher Scientific, this centrifuge tube is specifically designed for precise and accurate separation of particles through the process gentrification. With its conical shape, it allows for easy pouring and reduces the risk of cross-contamination during experiments.