How to Choose a Microbiology Laboratory Pipette
Last updated: June 05, 2023
Overview
Do you want to ensure accurate and precise pipetting results in microbiological analyses? A key factor in achieving accuracy and precision, in addition to pipetting training, is using the right volume pipette for each step of a protocol. Therefore, it is essential to choose a reliable manual or electronic pipette for your microbiology applications that is easy to use and meets the lab's ISO requirements. The liquid handling requirements of a microbiology laboratory may differ from those of other analytical laboratories.
This guide outlines some of the important factors to consider when choosing a manual or electronic pipette for PCR and other microbiological analyses. Key points include volumes, contamination prevention, sterile tips, ease of use and ergonomics, maintenance and calibration schedules, and sustainability.
- Document type: Publication | Guide
- Page count: 5
- Read time: 5 minutes
Key Takeaways:
- A key factor in pipetting accuracy and precision is the use of the correct volume pipette and pipetting training.
- It is best if the tips and pipette are from the same manufacturer.
- Electronic pipettes are more ergonomic, efficient, accurate and programmable.
- Routine maintenance and calibration are key to ensuring peak pipetting performance.
This Resource is Designed for:
- Lab Researchers and Managers
- Scientists
- Clinical Assistant
- Application Specialist
- Engineers
- Chemists
Applications Covered:
- Microbiological Analysis
- Life Science Research
- Applied Industries
- Quality Control & Testing
- Biotechnology Research
- Pharmaceutical Manufacturing
- Vaccines
- Food & Beverage
The Difference Between Accuracy and Precision
