In research, a laboratory pump facilitates the movement and regulation of liquid or gas flow. Scientists utilize these pumps in various experiments and research tasks due to their ability to deliver fluids with precision and consistency.
Various types of laboratory pumps, such as diaphragm, syringe, and peristaltic pumps, are designed to fulfill particular requirements. These pumps are designed to withstand chemicals, adjust flow rates, and operate with high precision. Laboratory pumps are crucial instruments for scientific research because they increase the consistency and dependability of experiments.
Key Features of the SF-10 Laboratory Pump
- Easy control options
- Self-priming
- User-selectable over-pressure trip
- Versatile: It can pump solutions, suspensions, light slurries, and gases
- High-pressure handling up to 10 bar
- High chemical resistance
- Adjustable flow rates 0.02 ml/min to 10 ml/min
- Pressure monitoring
Operating Modes
- Controlling pressure
- Oscillating flow
- Constant flow rate
- Delivering gas
- Changing (Ramping) flow rate
- Dosing specific amounts
Peristaltic pumps are widely used due to their gentle handling of liquids and ability to manage sensitive fluids. Common applications include:
Uses of Peristaltic pumps
Due to their ability to handle delicate fluids and their gentle nature, peristaltic pumps find widespread use. Here are a few typical applications:
Medical and Pharmaceutical Work
These pumps move blood, prescription drugs, and sterile solutions. They also aid in the precise delivery of fluids using instruments like chromatography systems.
Biotechnology and Laboratory Research
Researchers use these pumps in cell cultures, fermentation systems, and bioreactors. They also assist with purifying proteins or DNA and adding nutrients or media.
Industrial Processes
These pumps benefit paper, mining, and chemical manufacturing industries. They can pump in both directions and are adept at handling corrosive or thick liquids.
Analytical Instruments
They are used with tools such as liquid chromatography systems and spectrometers to deliver samples, solvents, and manage waste.
In conclusion, peristaltic pumps are helpful in various tasks requiring careful, accurate, and safe fluid handling.