50ml Single channel micro syringe

The micropipette is a precision instrument used to measure liquid volumes from 0.1µl to 1000ml. It is an essential tool for sample collection and transfer in biological, chemical and clinical experiments. It is an excellent electrolyte dispenser tool; used in lithium-ion battery research.

Features:

1. Large central pipetting button with independent tip removal function;

2. Ergonomically designed finger rest allows for easy grip;

3. True one-handed operation - both left and right hands can set the range;

4. Range lock protection prevents range changes;

5. The lower part of the pipette is easy to disassemble and can be autoclaved (121°C);

6. Digital display ensures clarity and high precision;

7. Corrosion-resistant piston and tip removal device make the pipette durable;

8. Adjustable range;

9. Small size and high precision.

Contact us :

If you are interested in our Single channel micro syringe, please contact us for more information and quotation.

Tel: 86 159 3625 3205

Email: zerlinda@zztainuo.com

Contact person: Zerlinda

WeChat: 86 159 3625 3205

Technical Specifications:

Main accessories：

Application:

Lithium battery production

Pharmaceutical and biological

Laboratory chemical analysis

Semiconductor material manufacturing

Food and cosmetic manufacturing

Medical equipment

Application Cases《Application of digital micro-injection device in lithium battery materials》

In the production of lithium battery materials, digital micro-injectors are used to accurately control the injection process of electrolytes and various additives to ensure the consistency and high quality of battery material performance. The following is the application process of digital micro-injectors in the production of lithium battery materials:

 1. Configuration and preparation

Injector settings: Set the parameters of the digital micro-injector (such as injection volume, injection speed, flow rate, etc.) according to the production process requirements.

Solution preparation: Prepare the required electrolyte and additives and place them in the liquid storage container of the injector to ensure that the liquid purity and concentration meet the process requirements.

Pipeline cleaning and calibration: Clean and calibrate the pipeline system before injection to ensure injection accuracy and avoid cross contamination.

2. Accurate injection of electrolyte

Cell injection: Before the cell is sealed, the digital micro-injector will accurately inject a certain amount of electrolyte into the cell.

Injection volume control: According to the designed capacity of the cell, adjust the injection volume of the micro-injector to ensure that the electrolyte filling of each cell is consistent.

Injection speed control: Set a reasonable injection speed to prevent bubble formation, ensure uniform electrolyte distribution, and avoid uneven battery performance.

3. Accurate injection of additives

Functional additive injection: A small amount of functional additives is added to some lithium battery electrolytes to improve battery performance. Digital micro-injectors can help accurately control the injection of these trace additives.

Precise small dose control: The micro-injector can adjust the injection volume to the microliter level, which is suitable for the precise injection of additives to ensure the consistency of each battery cell.

Multi-additive injection: When multiple additives are required, the injector can inject them in sequence according to the set ratio, or evenly distribute the additives in the mixed solution.

4. Monitoring and adjustment in the process

Real-time monitoring: Digital micro-injectors are usually equipped with a monitoring system that can monitor various parameters in the injection process in real time, including injection volume, speed and liquid state, to ensure the stability of the production process.

Automatic adjustment: When production requirements change (such as injection requirements for different battery models), the injector can adjust parameters through the automation system without manual intervention.

Data recording and tracing: The injector records all data during the injection process, including the amount, batch, date, etc. of each injection, for quality control and problem tracing.

5. Post-injection processing

Inspection before packaging: Before the battery cell is sealed, check the electrolyte filling after injection to ensure that there is no overflow or insufficient injection.

Cleaning and maintenance: After completing a batch of injection, clean the pipeline and nozzle of the digital micro-injector to prevent residual liquid from affecting the injection quality of the next batch.

6. Automation system integration

Automation control of production line: Digital micro-injectors can usually be integrated into automated production lines, and the system automatically controls the injection parameters to ensure efficient production and reduce manual operations.

Multi-device collaboration: In automated production lines, injectors can work with other equipment (such as packaging machines, testing machines, etc.) to form a closed-loop control system to improve production efficiency and consistency.

 Advantages of digital micro-injectors in lithium battery materials

High precision and consistency: Digital micro-injectors can accurately control the injection volume, ensure the consistency of electrolytes and additives, and improve the consistency and reliability of batteries.

Automated operation: reduces manual operation, improves production efficiency, and reduces the possibility of errors.

Data traceability and quality management: Data recording function helps production quality management and subsequent problem tracing, providing guarantee for high-quality production of batteries.

Summary

In the production of lithium battery materials, digital micro-injection device provides accurate and efficient injection solution, improves the consistency, quality and safety of lithium battery production through automation and data management functions, and is suitable for large-scale, high-standard lithium battery production environment.