A New Helper in the Lab of Electronic Pipettes

By revolutionizing liquid handling in the modern lab, the invention of electronic pipettes is one of the greatest advances in pipetting technology.

First, for scientists who don’t have plenty of time in the lab, any advantage that can save time on pipetting is welcomed. Divided into all sorts of shapes and sizes, and with a variety of different technologies incorporated into the design, the electronic pipette can increase productivity in the lab.

Second, You can always know your electronic pipette dispenses the volume accurately by the digital display and motor operation. At the same time, using electronic pipette can reduce the possibility of human error.

Third, the manual pipette requires more hand movement and effort to carry out the same liquid handling tasks then the electronic pipette does. The new technology helps scientists maintain and increase their accuracy and precision.

Finally, The multitude of features on electronic pipettes is available. Most electronic pipettes come in single and multi-channel formats and the multiple modes like pipetting, reverse pipetting, mixing, diluting and multi-dispensing. It helps scientists increase their efficiency.

Electronic Control Digital Pipette Epipette
Advanced Half Autoclave Single-Channel Adjustable Pipettes
Standard 8 & 12 Channel Adjustable Pipettes

The introduction of electronic pipettes has brought efficiency and precision to laboratory work, and they are considered valuable tools for accurate liquid handling. Here are some features and benefits that make electronic pipettes a new helper in the lab:

1. Electronic Control:

  • Feature: Electronic pipettes are equipped with electronic controls, allowing for precise and programmable volume settings.
  • Benefit: Improved accuracy and repeatability in dispensing, reducing human error.

2. Variable Volume Settings:

  • Feature: Electronic pipettes often allow users to set variable volumes for different applications.
  • Benefit: Versatility in handling various sample volumes within a single pipette.

3. User-Friendly Interface:

  • Feature: Many electronic pipettes come with user-friendly interfaces, often including digital displays.
  • Benefit: Easy navigation and monitoring of volume settings, making them accessible for users of varying experience levels.

4. Multiple Pipetting Modes:

  • Feature: Electronic pipettes offer multiple pipetting modes, including standard pipetting, reverse pipetting, and mixing.
  • Benefit: Adaptability for different liquid handling tasks, enhancing efficiency.

5. Programmable Pipetting Protocols:

  • Feature: Some electronic pipettes allow users to program complex pipetting protocols.
  • Benefit: Automation of repetitive tasks, ensuring consistency and saving time.

6. Ergonomic Design:

  • Feature: Many electronic pipettes are designed with ergonomic considerations for user comfort.
  • Benefit: Reduced hand fatigue during extended pipetting sessions.

7. Integrated Charging and Battery Life:

  • Feature: Electronic pipettes often come with rechargeable batteries, eliminating the need for frequent replacements.
  • Benefit: Cost-effective and environmentally friendly with extended usage between charges.

8. Compatibility with Tips and Accessories:

  • Feature: Electronic pipettes are designed to be compatible with standard pipette tips and may come with a range of accessories.
  • Benefit: Convenient integration into existing laboratory workflows with the availability of various accessories.

9. Bluetooth and Connectivity:

  • Feature: Some advanced electronic pipettes offer Bluetooth connectivity and integration with software platforms.
  • Benefit: Enhanced data management and traceability with the ability to connect to laboratory information systems.

10. Calibration and Accuracy:

– Feature: Electronic pipettes are often factory-calibrated and may offer self-calibration features.
– Benefit: Ensures accuracy in volume delivery with reduced calibration-related errors.

11. Autoclavability:

– Feature: Certain electronic pipettes are designed to be autoclavable.
– Benefit: Convenient sterilization for applications requiring aseptic conditions.

12. Low Force Pipetting:

– Feature: Electronic pipettes may require low force for pipetting, reducing the risk of repetitive strain injuries.
– Benefit: Improved user comfort and ergonomics.

13. Adjustable Pipetting Speed:

– Feature: Some electronic pipettes allow users to adjust pipetting speed.
– Benefit: Customization for various sample types, preventing splashing or foaming.

14. Lightweight Construction:

– Feature: Many electronic pipettes are lightweight.
– Benefit: Easy handling and reduced hand strain during prolonged use.

Electronic pipettes have become indispensable in modern laboratories, offering a range of features that contribute to precision, efficiency, and user comfort in liquid handling tasks. Their integration into laboratory workflows has revolutionized pipetting processes and significantly impacted the accuracy and reproducibility of experimental results.