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Micro Pipette(Disinfection of Half)

Application:Mechanical Pipette is suitable for pharmaceutical R&D centers, school laboratories, pharmaceutical and chemical R&D companies, chemical synthesis and other places.


  • Category:Pipettes

Features:

* Light weight and ergonomic design to ensure a better sense of use.

* Digital display, easy to read data.

* The pipettes cover volume range of 0.5pl to 1mL

* Easy to calibrate and maintain.

* The low part can be autoclaved without affecting performance and comfort.

* Manufactured from innovative materials.

 

VolumeIncrementTest Volume(μl)Capacity Tolerance(%)Test Repeatability(%)
0.5-10μl0.1μl1±2≤3
5±1.5≤2
10±1≤2
2-20μl0.1μl2±2≤3
10±1.5≤2
20±1≤2
10-100μl1μl10±2≤2
50±1.5≤1
100±1≤1
20-200μl1μl20±2≤2
100±1.5≤1
200±1≤1
100-1000μl5μl100±2≤1
500±1≤0.5
1000±1≤0.5



Introduction:

The micro pipette is an essential laboratory instrument widely used in scientific research, medical testing, and laboratory experiments. It allows for precise measurement and transfer of very small liquid volumes, making it indispensable in fields such as molecular biology, chemistry, and medical diagnostics. In particular, the disinfection of half of the micro pipette is crucial to maintain sterility and ensure the accuracy of experimental results.

Importance of Micro Pipette Disinfection
Proper disinfection of micro pipettes is essential for preventing contamination in sensitive experiments. When working with samples, chemicals, or biological materials, any cross-contamination can significantly affect the outcome. Half disinfection involves cleaning and sterilizing part of the pipette, typically the external body or the tips, depending on the application.

How to Properly Disinfect Micro Pipettes
Cleaning the Outer Surface: Before disinfection, clean the external surfaces of the micro pipette with a mild detergent solution to remove any visible contaminants.
Use of Disinfectants: Use a suitable disinfectant to wipe down the external body of the micro pipette. Alcohol-based solutions or chlorine-based disinfectants are commonly used, but always check the manufacturer’s recommendations for compatibility.
Disinfection of the Pipette Tips: The micro pipette tips are frequently the most contaminated parts of the device. Half disinfection involves soaking the tips in a disinfectant or using disposable sterile tips after each use.
Autoclaving (Optional): In cases where a higher level of disinfection is required, autoclaving can be used to sterilize reusable micro pipettes completely, including the internal mechanisms.

Why Disinfection of Half Matters
The disinfection of half the micro pipette is an effective meod for reducing the risk of contamination while preserving the integrity of the instrument. Not all parts of the micro pipette need to be sterilized with every use, making half disinfection a practical solution. For instance, only the areas that come into direct contact with the samples or chemicals need to be disinfected, such as the pipette tips and the lower parts of the instrument.

Best Practices for Micro Pipette Maintenance
Regular disinfection is crucial to prevent cross-contamination between samples.
Always ensure that the micro pipette is properly calibrated to maintain accuracy after any cleaning or disinfection process.
Use disposable pipette tips whenever possible to reduce the need for extensive disinfection and to enhance convenience.

Micro Pipette for Precision Laboratory Work
Whether for DNA analysis, PCR experiments, or other sensitive laboratory procedures, a properly disinfected micro pipette ensures precise and reliable results. Routine cleaning and disinfection are key to extending the life of the instrument and improving overall laboratory hygiene.

In conclusion, the disinfection of half of the micro pipette is a vital practice for maintaining the accuracy and sterility of laboratory experiments. By incorporating regular disinfection into your workflow, you can minimize contamination risks, ensuring your results are consistent and trustworthy.

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VolumeIncrementTest Volume(μl)Capacity Tolerance(%)Test Repeatability(%)
0.5-10μl0.1μl1±2≤3
5±1.5≤2
10±1≤2
2-20μl0.1μl2±2≤3
10±1.5≤2
20±1≤2
10-100μl1μl10±2≤2
50±1.5≤1
100±1≤1
20-200μl1μl20±2≤2
100±1.5≤1
200±1≤1
100-1000μl5μl100±2≤1
500±1≤0.5
1000±1≤0.5