Wide bore pipette tips are ideal for working with genomic DNA, viscous materials, and fragile cell lines. Their distal end orifice is up to 70 percent larger than standard pipette tips, allowing them to deliver samples without tearing or squishing them. Aside from being more flexible, wide bore pipette-tips are RNase- and Pyrogen-free.
Another benefit of using wide orifice pipette-tips is the fact that their larger orifices prevent shear forces and allow for smooth pipetting of a variety of viscous liquids. These pipette tips are perfect for using Glycerol or Tween 20 in your research. They're also great for working with macromolecules because they won't disrupt their structure.
Wide orifice pipette tips are ideal for working with difficult samples, such as genomic DNA or fragile cellular lines. Because the distal orifice is larger, they are easier to transfer liquids, reducing shear forces and preserving the integrity of sample and reagent. Because they are designed to handle more viscous liquids, they're great for working with these samples, too.
Wide bore pipette tips are ideal for delicate samples, like genomic DNA and cellular samples. Their larger orifices make it easier to pipet the fluid, and they also minimize the loss of sample or reagents. They're ideal for researchers working with macromolecules, including Glycerol and Tween 20. This type of tip also increases the amount of plateable material a researcher can transfer.
Wide bore pipette tips are perfect for researchers who work with delicate samples, such as cellular samples. Their larger orifices are ideal for working with a variety of materials, including genomic DNA and macromolecules. Furthermore, they offer greater flexibility when transferring sensitive samples. Further, they're a great tool for scientists working with cell cultures. They can ensure that the cell cultured material remains intact and viable, even after multiple passages.
In addition to their improved flexibility, wide bore pipette tips are ideal for fragile cells and macromolecules. Their larger orifices are more efficient than standard pipette tips and can handle difficult samples. They also increase the plating capacity of your samples, making them more cost-effective for your lab. While there are several advantages of using wide bore pipette tips, a wide orifice tip is a great option for many researchers.
These tips have a large orifice, which makes them an ideal choice for handling fragile samples. A large orifice will prevent shearing and prevent cell fragmentation, resulting in more precise results. If you work with cellular samples, you'll definitely benefit from these wide-bore pipette tips. They'll also increase your plating capability. So, if you're working with cell culture techniques, you'll want to use a wide-bore tip.
The benefits of wide-bore tips are endless. They are particularly helpful for delicate cell lines and other macromolecules, as they are designed to preserve the integrity of cells and reduce the risk of damage from shearing. Besides being more flexible, wide-bore tips also increase the size of your samples. In addition, they increase your ability to plate. This will help you get the most out of your experiments.
A wide-bore pipette tip is an essential tool for performing cell culture research. The larger orifice allows for a more thorough transfer of liquids. Because it can transfer larger amounts of fluid, it is also great for working with fragile samples. A wide-bore pipette can also be used in food-testing procedures. When you need to use a micropipette, you should buy a set with the appropriate size.
Choosing a high-quality pipette tip is a must for your experiments. Not only will it help you get more accurate results, but it will also ensure safety. Moreover, it is also easier to perform experiments using a wide bore pipette. If you're working with a wide-bore pipette, you'll never have to worry about contamination.