Globe Scientific offers a comprehensive line of graduated pipette tips to fit all popular brands and sizes of pipettors. Designed for universal grip, these tips feature a series of support and bands to keep them flexible and easy to use. These pipette tips have graduated markings to help ensure accurate measurements. Additionally, they feature a Universal Fit design, making them compatible with a wide variety of pipettors.
The low-retention filter pipette tips from Globe Scientific are ideal for use in research labs where cleanliness is of the utmost importance. Made of polypropylene, these tips are aerosol-free and fit the most common pipettors on the market. Packaged in sturdy and plastic-wrapped racks, these pipette tips are convenient for laboratory work and are available in cases of twenty. These racks contain 20 sterile filter tips each.
Sterile filter pipette tips from Globe Scientific are made from clear polypropylene. Through Special Processing, these tips become hydrophobic, ensuring minimal sample retention. These tips are also free of RNase and DNase, and are manufactured in Class 100,000 cleanrooms. These tips are great for research labs, since they're nonpyrogenic and DNase-free. These tips also feature a non-sealing PE filter that makes sample recovery easy. Besides sterile and disposable pipette tips, Globe Scientific offers a variety of volume sizes.
While inexpensive globe scientific pipette tips might be cheaper than premium pipette tips, they can save you time, money, and even health risks. When using non-manufacturer tips, it is important to gravimetrically test them to ensure that they fit correctly and deliver the expected performance. In the long run, you'll be rewarded with the high-quality tips you need for your lab.
Extended length tips are designed for pipettors that support microcentrifuge tubes. Likewise, extended length tips eliminate the risk of cross-contamination. They are also suited for deep well blocks and microcentrifuge tubes. Short tips are also better for targeting small wells. Finally, they improve ergonomics by allowing you to pipette closer to the bench, thereby minimizing strain on your arm.
These conductive pipette tips are made of transparent plastic and have excellent hydrophobic and road water properties. They can form solid screens to prevent sample contamination. They are widely used in immunology, clinical testing, protein and gene analysis, and plant and animal inspection. The most common use for these tips is life science research. They can also be found in South Africa and Australia. Their smooth inner surface also helps to ensure accuracy and reliability.
As the name suggests, conductive pipette tips are electroconductive. They prevent the carryover of electrical currents in automated pipetting robots. These tips are made from polypropylene. The graphite in these tips makes them electrically conductive. They can detect the depth of filling in a container based on electric currents. A user can adjust the depth of immersion in the solution to ensure that the tip is immersed to the correct level.
In addition to conductive pipette tips, a conductive pipette tip includes at least one transparent region. Transparent means partly transparent or clear. It is preferably transparent enough to view the liquid level. The transparent regions of the tips are also useful for identifying conductive regions. As a result, these tips can be used to measure electrical conductivity. There are two types of conductive pipette tips: tip 1.1 and tip 1.4.
Conductive disposable tips are specially designed for automated liquid handling platforms. The patented tips have a capacity of 300 ml and show tighter tolerances than handheld pipettes. They allow for increased pipetting performance and accuracy, thereby reducing contamination risks. And because they are made of conductive material, they are compatible with most commercial pipettes. So, if you are using a conductive pipette, these tips are essential.
The transparent regions of the conductive pipette tips help users check the level of the liquid they are pipetting. In addition, these tips are more economical than traditional electrically conductive pipette tips, as they use less material and do not require extra product labeling. However, they don't affect the volume of liquid being pipetted. A clear tip, by contrast, does not contain a carbon layer.
The conductive pipette tip 1.1 is manufactured through a two-component injection molding process. It features a tubular body 2.1 with a bottom opening for liquid passage and a top opening for air. It has a passageway between the bottom and top openings to ensure a tight connection between the tip and the pipette. So, you can choose between the two types of conductive pipette tips.
This type of tip is designed for use with biomek workstations, which feature liquid-level sensing technology. The Biomek P50 Conductive Pipette Tips allow pipetting from the top of a liquid, thus minimizing the amount of exterior wetted surface area. This reduces cross-contamination and preserves valuable samples. And conductive pipette tips also allow you to set a position from the liquid level.