How to choose a 96-channel electronic pipette

Choosing a suitable 96-channel electronic pipette is not only the key to improving experimental efficiency and ensuring data accuracy, but also an important tool to promote scientific research innovation and accelerate scientific discovery. This article aims to provide an in-depth discussion on how to choose a 96-channel electronic pipette that meets your experimental needs, revealing the key considerations in the selection process from multiple dimensions such as accuracy, flexibility, and durability.

1. Volume range

1>Consideration factors: Different experiments may require processing of different volumes of samples. Therefore, the first step is to determine the volume range of the pipette required.

2>Selection suggestions: Check the capacity specification table of the pipette and choose a pipette that can cover the volume range required for the experiment. For example, some 96-channel electronic pipettes may have capacities ranging from a few microliters to hundreds of microliters.

2. Accuracy and Precision

1>Consideration factors: The accuracy and precision of the pipette are crucial to the reliability of experimental results.

2> Selection suggestions: Check the technical specifications or data sheet of the pipette to understand the specific values ​​​​of its accuracy and precision. Generally, high-quality and precise pipettes will provide high accuracy and precision specifications.

3. Flexibility and ease of use

1>Considerations: The flexibility and ease of use of pipettes can greatly improve operational efficiency and reduce errors.

2>Select suggestions:

.Adjustability: Choose pipettes that make it easy to adjust or replace the operating head.

.Programmable function: Pipettes with programmable functions can store and repeat pipetting sequences to improve operational efficiency.

.User-friendly interface: The intuitive and easy-to-use operation interface can reduce operator training time and error rate.

4. Durability and quality

1>Consideration factors: The durability and quality of a pipette are directly related to its service life and maintenance costs.

2>Select suggestions:

.Brand credibility: Choose a brand or supplier with a good reputation and certification.

.Material and structure: Understand whether the material and structure of the pipette are corrosion-resistant and wear-resistant.

.After-sales service: Consider whether the equipment manufacturer or supplier provides comprehensive technical support and complete after-sales service.

5. Additional functions

1>Considerations: Some additional features may improve the practicality of the pipette.

2>Select suggestions:

.Wireless connection: Pipettes that support wireless connection can be used with devices such as high-resolution tablets for more convenient operation.

.Intelligent management: Intelligent management of pipettes through software can improve the traceability and repeatability of operations.

.Multiple pipetting modes: modes such as continuous dispensing, multiple pipetting and customized solutions can meet the needs of different experiments.

6. Budget

1>Consideration factors: Budget is one of the factors that cannot be ignored when choosing a pipette.

2>Selection suggestions: Choose the appropriate pipette according to experimental needs and budget range. Pay attention to the balance between price and performance, and avoid blindly pursuing low-priced or high-priced products.

Sample products

Take the Opentrons Flex 96-channel pipette as an example:

High-precision pipetting range: 5-1000 µL

Precision: The accuracy at 1 μL is 8%, while the accuracy at 1 μL (usually referred to as the coefficient of variation CV value) is 5%.

Features: high precision and flexibility, intelligence and convenience, wide applicability and high throughput, open source ecosystem and AI empowerment

After reading this article, you will know that when choosing a 96-channel electronic pipette, you need to consider multiple factors such as volume range, accuracy and precision, flexibility and ease of use, durability and quality, additional features, and budget. By carefully comparing the performance characteristics and price information of different products, you can choose the pipette that best suits your experimental needs. A suitable 96-channel electronic pipette can not only improve experimental efficiency, but also reduce the burden on scientific researchers, allowing them to focus more on experimental design and data analysis, which is conducive to improving scientific research levels and accelerating scientific discoveries.