Vacuum Pipette

A vacuum pipette is a device intended for use in microsurgical operations. It is a pipette with a thin, pointed nose that allows it to be used for collecting and transferring microscopic amounts of liquids and other substances.

The vacuum pipette is used in various fields of medicine, including ophthalmology, otolaryngology, dentistry and others. It can be used to withdraw fluid from the eye or ear, to transfer cell cultures to laboratories, or to perform microsurgical procedures.

When using a vacuum pipette, the physician creates a vacuum in the tip, allowing liquids to be drawn up and transferred easily and accurately. In addition, the vacuum pipette provides high precision aspiration and transfer, making it an ideal tool for microsurgery procedures where very small amounts of liquid or tissue need to be handled.

However, using a vacuum pipette requires some skill and experience, and improper use can cause damage to tissue or other materials. Therefore, it is important that the physician using the vacuum pipette has sufficient experience and knowledge to avoid possible damage.

Overall, the vacuum pipette is an important tool in microsurgery and other medical fields that require the precise and gentle use of small amounts of liquid or tissue. Its use requires certain skills, but it provides high accuracy and safety when working with microscopic quantities.

The vacuum pipette is one of the most important instruments in microsurgery. It is used to collect and transfer various materials from one environment to another without mixing. In this article we will tell you more about the vacuum loop, its use and application.

A vacuum looper is a small device that consists of a thin flexible tube with an extended pipette nose, as well as a vacuum system and a motor. The vacuum tube is equipped with an infrared sensor for monitoring contact with the material, which allows the surgeon to see whether the whip is reaching the required material or not.

The use of vacuum pipettes in microsurgery is widespread and necessary for many operations. When transferring material without unnecessary transfer is required, a simple drop of liquid is ineffective. Using a vacuum, we can easily and reliably extract the required material and transfer it to the desired location. These loops are also used in organ transplantation, where it may be necessary to transfer an organ between two organisms.

In addition, vacuum whips can be used for various analytical work in molecular biology. For example, for the transfer of nucleic acids, proteins or other substances. Vacuum loops can be placed at the end of the needle, allowing for more precise placement and improved safety.

Some of the benefits of using vacuum pipettes include increased accuracy and safety, reduced spatter, less chance of missetting, and improved component isolation. In addition, the use of these loops can reduce the operation time and improve its overall efficiency.