If you're looking for low retention pipette tips, you've come to the right place. You can now find low retention tips for any brand of pipette, including Rainin's. This collection includes filters and non-filter tips for a wide range of pipette brands. You can also find them in different packaging, such as the SpaceSaver refill system. You can also find tips by name or browse the entire catalog for more information.
When it comes to choosing the best pipette tips, your first consideration should be precision and accuracy. While it is true that different tips offer different degrees of precision and accuracy, there is also some variability in shape. This is due to the build quality of the pipette. Poor quality tips cost more, so you should look for high quality options. If you want the most accurate results, try to purchase a high-quality universal tip.
Generally, the most common type of pipette tip is made of polypropylene. The material is hydrophobic, and this leads to low fluid retention inside the pipette tip. However, liquids with low surface tension will often stick to the inner surface of a PP tip, reducing its reproducibility. One way to combat this problem is to use low retention pipette tips. INTEGRA pipettes use these tips.
A good quality low retention pipette tip will minimize the amount of sample loss. This is especially important when your sample is viscous, or is a foamy liquid. These types of liquids and gases can cling to the tip, making the pipette less accurate. These low retention tips also feature a special surface molecular structure that prevents the tip from losing its surface properties under extreme chemical stress.
A great low retention pipette tip will prevent the liquid from sticking to the pipette and leaving minute amounts of sample behind after dispensing. These tips are disposable, autoclavable, and reusable, and can be purchased with various levels of sterility. To ensure your safety, you must make sure the tips are DNase/RNase free. This is important when handling biological samples. However, these low retention tips are not for everyone. If you are looking for a high-quality tip, you should look for one made from a trusted brand.
Non-filter/non-barrier pipette tips are also available. These tips are often used in laboratories for non-sensitive applications, such as loading agarose gels and isolating DNA. They can be purchased in bulk, pre-racked, or in convenient reloads. Non-sterile tips are not sterile, but they can be sterilized with an autoclave.
The right axygen pipette tip is critical for accuracy. Choosing the wrong tip can lead to contamination, wasted reagents, and repetitive stress injuries. That's why you should use a tip guide when choosing a pipette tip. Read this article to learn more about the different types of axygen pipette tips available. Here's how to use them effectively.
The filtration barrier of Axygen pipette tips is designed to prevent sample carryover and PCR contamination. This means more robust results for your work. This also acts as a training wheel for new lab members. If a new member accidentally aspirates liquid, throwing the pipette tip is far less expensive than having to send the entire pipette in for repairs. It's easy to misplace a tip in a lab, but you don't want to end up throwing away the entire instrument.
The most common type of pipette tip is a non-sterile or pre-sterile tip. Non-sterile tips are the most commonly used, and they are often used for applications in which sterility isn't critical. Pre-sterilized and filtered pipette tips are the best options for cell cultures, because they are guaranteed free of DNA. If you need to purchase a large quantity of axygen pipette tips, they're probably more economical than the more expensive variety.
Corning Axygen; Filter Barrier tips are perfect for microbiological and DNA amplification. They feature a unique polymer that resists protein and DNA adherence, and are autoclavable. Unlike many other pipette tips, Uni-grip tips are free of DNase and DNA. They are also sterilized. Axygen's pre-sterilized tips are ideal for microbiological research.
Filtered tip types are another option. These pipette tips have a filter in their proximal portion, which protects the shafts from aerosols and other potentially harmful liquids. They are also pre-sterilized and usually DNase/RNase-free. Filtered tips are not suitable for every laboratory application, but they're good for applications where cross contamination is of a major concern.