A Guide To Serological Pipetting Technique

Serological Pipetting Technique

Serology is the use of micro-trends in ecological technologies. For example, if you work at an animal research center, you will undoubtedly access various urological instruments. The vast majority of these instruments will be connected to a serological pump. The issue with many of these instruments is that they are frequently tricky to use.

This is where automation pipette tips come into play! They have been a game-changer in laboratory and medical research. When you need to pour a liquid from one container to another with a narrow head, such as a tube, their use comes in handy. In laboratories, pipettes are frequently used to pour or mix liquids in precise quantities for research and experiments.

What Are Serological Pipettes?

A serological pipette is a scientific tool used to transfer liquids measured in milliliters. Most include graduations on the side to measure the amount of liquid discharged or inhaled. The equal dispersion of cells throughout a solution is critical when culturing or plating cells.

Serological pipettes are an effective and gentle method of mixing cell suspensions. They are also helpful in blending reagents and chemical solutions. Serological pipettes are useful in transferring colonies of cells after treatment or isolation of experimental cell cultures for further empirical research or expansion.

They are also used to meticulously layer reagents to create density gradients, such as a ficolin gradient, which purifies blood plasma cells.

Role of Tips

Check to see if your pump is compatible. Most pump systems can be outfitted with various tips, such as centrifuges, pneumatic, flexes, and electrical. These guidelines are especially critical if your serological system will be pumping blood from one vial to the next. Your system should operate perfectly as long as the tubing is compatible. If you’re not sure, hire an expert to do it for you. The pipette’s tips are a crucial component, and their function aids in the process’s speed and smoothness.

Serological pipette tips are typically conical in shape. They add a layer of resistance to your equipment, preventing it from shattering when it falls. The conical shape also makes threading through the tubing easier. Conical tips help pour liquids into small spaces because of their shape. When transferring liquids from one container to another prevents overflow, spilling, or leakage.

Serological Pipette

Serological pipettes have a rounded tip, similar to a blender gun. These are used to combine solid components such as antibacterial ointments and medications. You can use a syringe or a serrated spoon to serve this stuff in a cup. You can fill this shape of piping with liquid by puncturing the end and allowing the liquid to flow out through the microscopic holes. You can serve polystyrene by placing the bottle at the end of the piping.


A plunger is a thin, long syringe. It can be used to extract a liquid using a needle. To pull the substance, utilize the plunger tip. A plunger’s first stop must be near the bottom of the cup. When you’re finished pulling out the liquid, you can add a second stop to keep it from overflowing.


It is advisable to prepare all of the elements at the same temperature if you are going to serve medicinal material using this serological pipetting technique. It is not recommended to use a thermometer to measure temperature at the first and last stops since it will cause the mixing process to go crazy. The mixing occurs in a container filled with sand, gravel, or dirt. Since the solid material poured into the container causes the process to expand and contract, the container must be larger than the main component being mixed. If you don’t have a thermometer or a container to pour the stuff into, make sure you mix all parts at the same temperature to ensure consistency.

Final Words

Automation pipette tips offer the advantage of reliably, repetitively, and in the same proportions pouring out liquids for as long as you wish. Older pipettes required human manipulation, which frequently resulted in an uncontrolled amount of liquid being transferred. Volumes must be highly exact for very specialized lab experiments. This is why automation pipette tips are so common in research labs. Their precision allows researchers to work more freely.

We hope you like the blog and have learned about pipetting techniques. Contact Molecular Biology Products if you are looking for a 50ml Serological Pipette. We have a wide range of Biology laboratory equipment and tools.

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