Used SARTORIUS Pipette #293671269 for sale

SARTORIUS pipettes are laboratory instruments designed to accurately measure and transfer liquid samples from one place to another. The device is capable of performing both manual and automated pipetting tasks. SARTORIUS pipettes are mainly used for pipetting samples for laboratory work. The device consists of three main components: SARTORIUS Pipette body, the piston, and the tip. The body of Pipette is a cylindrical tube of aluminum, stainless steel or plastic with a long, narrow neck and a plunger. The plunger of the device is the part that is used to draw liquid into SARTORIUS Pipette and also to expel it. The tip is a replaceable piece that is used to control the flow rate; this allows the operator to accurately measure and transfer very small amounts of liquid. When operating, the liquid is drawn into Pipette using the plunger and is expelled with a precise volume and speed. How quickly and accurately the liquid is transferred is determined by the operator's ability to use the device. SARTORIUS pipettes are available with a variety of accuracy levels, ranging from 1 to 10 microliters. The accuracy of the device depends largely on the user's ability to manipulate the device as well as on the quality of the tips that are being used. The device can be calibrated for accuracy before each use using a special tool known as a micrometer. This is especially important for certain applications in which precise volumes of liquid need to be accurately measured and transferred. SARTORIUS pipettes are easy to use and are relatively maintenance free. The device should be visually inspected for any signs of cracking or damage prior to use in order to ensure accuracy. In summary, SARTORIUS pipettes are laboratory instruments designed to accurately measure and transfer small amounts of liquid from one place to another. The device consists of three main components: SARTORIUS Pipette body, the plunger, and the tip. These pipettes are available in a variety of accuracy levels, and can be calibrated for accuracy using a special tool called a micrometer. The device is relatively maintenance free and should be visually inspected prior to use in order to ensure accurate operation.