Vacuum Electrolyte Filling Machine
Single Channel Adjustable Electronic Micropipette
Item Number : YY01
Price varies based on specs and customizations
- Available Volume Range
- 0.5-10 uL, 5-50 uL, 30-300 uL, or 100-1000 uL
- Volume Increment
- 0.01 uL, 0.1 uL, 1 uL, or 5 uL depending on configuration
- Power Source
- Rechargeable lithium battery
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Product Overview


This single channel adjustable electronic micropipette combines rechargeable operation, broad volume coverage, and electronically controlled liquid handling in a lightweight laboratory instrument. It is designed to provide a familiar manual-pipette operating experience while adding adjustable aspiration and dispensing speeds, a clear LCD interface, and digitally managed settings. The result is a practical tool for repeatable liquid transfer where accurate volume delivery and consistent operator technique are essential.
The equipment is suitable for laboratory sample preparation, reagent transfer, dilution work, and routine liquid handling across battery research, advanced materials studies, analytical testing, and academic laboratories. Its available volume ranges support both low-volume work and larger transfers, allowing laboratories to select the appropriate configuration for different protocols without changing the fundamental operating method.
A rechargeable lithium battery supports convenient daily use, while the lightweight, streamlined housing reduces handling burden during repeated pipetting tasks. High accuracy and precision help maintain parallel results between samples. The ergonomic form, large display, and integrated control arrangement are intended to support reliable operation under demanding laboratory workloads.
Key Features
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Rechargeable Lithium Battery: The integrated rechargeable lithium battery supports cordless operation and reduces dependence on disposable power sources during routine laboratory workflows.
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Broad Adjustable Volume Coverage: Four available volume ranges cover 0.5-10 uL, 5-50 uL, 30-300 uL, and 100-1000 uL, supporting low-volume transfers as well as larger sample and reagent handling tasks.
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Lightweight Ergonomic Housing: The ultralight construction and streamlined profile are shaped according to ergonomic principles. This reduces physical strain during repeated liquid transfers and supports a more comfortable operating posture.
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Large LCD Display: A large liquid crystal display positioned on the body presents operating information in a format that closely follows the controls and readout logic of a manual micropipette. This familiar arrangement supports fast adoption in established laboratory environments.
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Combination Knob Operation: The combination knob integrates the main operating adjustments into a single control arrangement. Users can complete all operating actions through the knob, simplifying setup and reducing unnecessary interface steps.
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Adjustable Aspiration and Dispensing Speeds: Both liquid aspiration and dispensing speeds can be adjusted to match sample characteristics and protocol requirements. This helps operators manage different liquid-handling conditions with greater control.
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Fine Volume Resolution: Increment values range from 0.01 uL to 5 uL depending on the selected configuration. The fine adjustment capability supports more controlled volume selection across different experimental scales.
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High Accuracy and Precision: The specified maximum systematic and random errors provide controlled volume delivery and repeatability. This helps improve consistency across parallel samples and repeated measurements.
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Consistent Manual-Pipette Operating Logic: The body-mounted display and familiar control style preserve the handling approach commonly used with manual pipettes while adding electronic adjustment and speed control.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Battery Research Sample Preparation | Transfer electrolytes, reagents, and prepared liquid samples during battery material and cell-development experiments. | Supports controlled volumes and parallel sample preparation across repeated tests. |
| Advanced Materials Research | Handle liquid precursors, dispersions, and laboratory solutions used in materials development and characterization workflows. | Broad volume coverage allows one instrument family to support multiple experimental scales. |
| Analytical Testing | Prepare dilutions, standards, and test solutions where accurate volume transfer affects the quality of analytical results. | High accuracy and precision help reduce variation between prepared samples. |
| Academic Laboratory Instruction | Provide students and researchers with an electronic pipetting system that retains familiar manual-pipette operating logic. | The large LCD and combination knob make routine operation straightforward to learn. |
| Low-Volume Reagent Transfer | Transfer small quantities using the 0.5-10 uL configuration and its 0.01 uL increment. | Fine resolution supports controlled handling of limited-volume reagents and samples. |
| General Laboratory Sample Handling | Perform repeated aspiration and dispensing tasks across common laboratory preparation procedures. | Adjustable speeds and rechargeable operation improve workflow flexibility and convenience. |
| High-Volume Laboratory Transfer | Use the 100-1000 uL configuration for larger reagent, buffer, or sample transfers. | The highest available range reduces the need to divide larger transfers into multiple operations. |
Technical Specifications
| Product Identifier | YY01 |
|---|---|
| Product Type | Electronic single channel adjustable micropipette |
| Power Source | Rechargeable lithium battery |
| Display | Large LCD screen positioned on the pipette body |
| Operating Control | Combination knob; all operations can be completed through the combination knob |
| Aspiration Speed | Adjustable |
| Dispensing Speed | Adjustable |
| Design | Ultralight, streamlined, ergonomically shaped |
| Accuracy and Precision | High accuracy and precision for accurate and parallel pipetting |
| Available Volume Range | Increment | Measurement Volume (uL) | Maximum Systematic Error, Accuracy (uL) | Maximum Systematic Error, Accuracy (%) | Maximum Random Error, Precision, s.d. (uL) | Maximum Random Error, Precision, CV (%) |
|---|---|---|---|---|---|---|
| 0.5-10 uL | 0.01 uL | 10 | ±0.10 | ±1.0 | ±0.035 | ±3.5 |
| 0.5-10 uL | 0.01 uL | 1 | ±0.05 | ±0.5 | ±0.03 | ±3.0 |
| 5-50 uL | 0.1 uL | 50 | ±0.40 | ±0.8 | ±0.15 | ±3.0 |
| 5-50 uL | 0.1 uL | 5 | ±0.15 | ±0.3 | ±0.125 | ±2.5 |
| 30-300 uL | 1 uL | 300 | ±1.8 | ±0.6 | ±0.9 | ±3.0 |
| 30-300 uL | 1 uL | 30 | ±0.6 | ±0.2 | ±0.21 | ±0.7 |
| 100-1000 uL | 5 uL | 1000 | ±6.0 | ±0.6 | ±3.0 | ±3.0 |
| 100-1000 uL | 5 uL | 100 | ±2.0 | ±0.2 | ±0.6 | ±0.6 |
The performance table reports the maximum permitted systematic error as the accuracy specification and the maximum permitted random error as the precision specification. Values are provided at the stated measurement volumes for each available range. Buyers can therefore compare the expected absolute and percentage performance at both the upper and lower test points before selecting the appropriate volume configuration for a particular protocol.
The 0.5-10 uL range is intended for the most volume-sensitive transfers, with a 0.01 uL increment and a 10 uL test point accuracy of ±0.10 uL or ±1.0 percent. At the 1 uL test point, the specified accuracy is ±0.05 uL or ±0.5 percent, with precision of ±0.03 uL or ±3.0 percent.
The 5-50 uL configuration provides a 0.1 uL increment. At 50 uL, the maximum accuracy error is ±0.40 uL or ±0.8 percent, while the maximum precision error is ±0.15 uL or ±3.0 percent. At 5 uL, the corresponding accuracy values are ±0.15 uL and ±0.3 percent, with precision values of ±0.125 uL and ±2.5 percent.
For medium-volume laboratory work, the 30-300 uL configuration uses a 1 uL increment. Its 300 uL measurement point is specified at ±1.8 uL or ±0.6 percent accuracy and ±0.9 uL or ±3.0 percent precision. At 30 uL, the specified values are ±0.6 uL or ±0.2 percent accuracy and ±0.21 uL or ±0.7 percent precision.
The 100-1000 uL configuration uses a 5 uL increment for larger liquid transfers. At 1000 uL, the maximum accuracy error is ±6.0 uL or ±0.6 percent, and the maximum precision error is ±3.0 uL or ±3.0 percent. At 100 uL, the maximum accuracy error is ±2.0 uL or ±0.2 percent, while the maximum precision error is ±0.6 uL or ±0.6 percent.
Why Choose This Product
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Designed for Repeatable Laboratory Work: High accuracy and precision support consistent volume delivery and parallel sample preparation across repeated operations.
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Efficient Electronic Control: Adjustable aspiration and dispensing speeds allow the operator to adapt the transfer process to different laboratory procedures while retaining straightforward control through the combination knob.
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Comfort for Repeated Use: The ultralight, streamlined, ergonomic housing is suited to workflows that require frequent pipetting throughout the day.
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Practical Range Selection: Four volume configurations and clearly stated performance data make it easier for procurement teams and laboratory managers to match the equipment to specific transfer requirements.
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Familiar User Experience: The large body-mounted LCD and manual-pipette-style operating arrangement can help laboratories introduce electronic pipetting without changing established handling habits.
Contact us for a quotation and a configuration recommendation aligned with your volume range, accuracy requirements, and laboratory workflow.
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Product Datasheet
Single Channel Adjustable Electronic Micropipette
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