Electronic Pipette ADEP-501 comes with a volume range of 0.1 to 10 µl for handling very small liquid capacity with high precision and accuracy. This unit is compatible with a wide range of standard pipette tips, increasing flexibility in the lab. It offers accurate liquid handling with digital volume adjustment for enhanced reproducibility. Reduces sample loss through controlled aspiration and dispensing speeds. Our Electronic Pipette is used in pharmaceuticals and academic research for accurate liquid handling.
| Volume Range | 0.1 to 10 µl |
| Increment | 0.01 µl |
| Test Volume |
10 µl 5 µl 1 µl |
| Accuracy |
±0.90% at 10 µl ±1.00% at 10 µl ±2.50% at 10 µl |
| Precision |
≤0.40% at 10 µl ≤0.70% at 10 µl ≤1.50% at 10 µl |
| Packaging Dimensions(L×B×H) | 0.475×0.39×0.28 mm |
| Gross Weight | 25 Kg |
Our Electronic Pipette ADEP-501 is widely used in pharmaceuticals, clinical diagnostics and food testing for precise liquid handling tasks such as sample preparation, reagent dispensing, and assay setup.
1. What is an electronic pipette and how does it differ from a manual pipette?
An electronic pipette is a motorized pipetting device designed to automate liquid handling tasks with greater precision and ease compared to manual pipettes. It typically features programmable settings, multiple dispensing modes, and reduced thumb strain. Unlike manual pipettes that rely on manual force for aspiration and dispensing, electronic pipettes operate through electronic control systems.
2. How do I maintain and clean an electronic pipette?
Regular maintenance of electronic pipette includes external cleaning with mild detergents and internal calibration checks. Use lint-free cloths and avoid submerging the body in liquids to protect electronic components. Sterilize the lower parts (like the shaft and tip cone) often via autoclaving if compatible. Battery maintenance is also essential—charge regularly and store properly to prolong battery life.
3. Can electronic pipette be used for all types of liquids?
Electronic pipette is suitable for many common laboratory liquids, including aqueous solutions and low-viscosity fluids. However, for highly viscous, volatile, or corrosive substances, specific precautions or specialized pipette tips may be needed. Always check the chemical compatibility of the liquid with the pipette components to avoid damage. It offers adjustable aspiration speed to handle delicate or frothy solutions
4. How accurate and precise are electronic pipette?
Electronic pipette is generally more accurate and precise than manual pipette because they eliminate user variability. The motorized system ensures consistent volume dispensing and reduces human error, especially over long pipetting sessions. It offers volume setting to a high degree of precision, often down to a tenth of a microliter.
5. Is electronic pipette suitable for high-throughput applications?
Yes, electronic pipette is highly suitable for high-throughput environments like molecular biology, clinical diagnostics, and pharmaceutical labs. Their ability to perform repetitive tasks quickly and with consistent precision makes it ideal for tasks such as plate filling or serial dilutions. Multi-dispensing and mixing functions can significantly cut down processing time.
6. Are electronic pipettes suitable for repetitive pipetting tasks?
Yes, electronic pipettes are ideal for repetitive tasks due to their programmable features and motorized operation. They reduce strain and improve consistency. Multi-dispensing modes speed up workflow. They’re commonly used in ELISA, PCR setup, and serial dilutions. Efficiency and ergonomics are key benefits.
7. What should I do if my electronic pipette malfunctions?
First, check for common issues like low battery, loose tips, or clogged nozzles. Restart the device and refer to the troubleshooting section of the manual. If problems persist, contact technical support or send it for servicing. Avoid opening the unit yourself. Regular calibration prevents many issues.
8. What are the common functions available in an electronic pipette?
Typical functions include standard pipetting, reverse pipetting, mixing, multi-dispensing, and step-based protocols. Some models offer dilution, serial pipetting, and programmable sequences. Users can store and recall common workflows. These functions enhance productivity and precision in complex experiments.
| Volume Range | 5 to 120µl |
| Increment | 0.10 µl |
| Test Volume |
12 µl 60 µl 120 µl |
| Volume Range | 500 to 10000 µl |
| Increment | 10.00 µl |
| Test Volume |
10000 µl 5000 µl 1000 µl |
| Volume Range | 10 to 300µl |
| Increment | 0.20µl |
| Test Volume |
30µl 150µl 300µl |
| Volume Range | 100to5000µl |
| Increment | 5.00µl |
| Test Volume |
5000µl 2500µl 500µl |
| Volume Range: | 50µl |
| Accuracy: | ±1% at 50µl |
| Precision: | ±0.4% at 50µl |
| Volume Range: | 100µl |
| Accuracy: | ±0.8% at 100µl |
| Precision: | ±0.3% at 100µl |
| Volume Range: | 200µl |
| Accuracy: | ±0.8% at 200µl |
| Precision: | ±0.3% at 200µl |
| Volume Range: | 10µl |
| Accuracy: | ±1.2% at 10µl |
| Precision: | ±0.8% at 10µl |
| Volume Range: | 30µl |
| Accuracy: | ±1.0% at 30µl |
| Precision : | ±0.4% at 30µl |
| Volume Range: | 5µl |
| Accuracy: | ±2.5% at 5µl |
| Precision : | ±1.5% at 5µl |
| Volume Range: | 20µl |
| Accuracy: | ±1.0% at 20µl |
| Precision: | ±0.5% at 20µl |
| Volume Range: | 75µl |
| Accuracy: | ±0.8% at 75µl |
| Precision : | ±0.3% at 75µl |
| Volume Range: | 300µl |
| Accuracy: | ±0.8% at 300µl |
| Precision: | ±0.3% at 300µl |
| Volume Range: | 0.5 to 5 µl |
| Increment: | 20 µl |
| Test Volume: | 1000 µl<br/> 2500 µl<br/> 5000 µl |
| Volume Range: | 100 to 1000 µl |
| Increment: | 5 µl |
| Test Volume: | 1000 µl<br/> 500µl<br/> 100 µl |
| Volume Range: | 10 to 100 µl |
| Increment: | 1 µl |
| Test Volume: | 100 µl<br/> 50 µl<br/> 10 µl |
| Volume Range: | 0.5 to 10 µl |
| Increment: | 0.1 µl |
| Test Volume: | 1 µl<br/> 5µl<br/> 1 µl |
| Volume Range: | 5 to 50 µl |
| Increment: | 0.5 µl |
| Test Volume: | 50 µl<br/> 25 µl<br/> 5 µl |
| Volume Range: | 100 to 1000 µl |
| Increment: | 2 µl |
| Test Volume: | 100µl<br/> 500µl<br/> 1000 µl |
| Volume Range: | 1 to 5 µl |
| Increment: | 0.05 µl |
| Test Volume: | 5 µl<br/> 2.5µl<br/> 1 µl |
| Volume Range: | 1 to 10 µl |
| Increment: | 20 µl |
| Test Volume: | 1 µl<br/> 5µl<br/> 10 µl |
| Volume Range: | 0.1 to 2.5 µl |
| Increment: | 0.05 µl |
| Test Volume: | 0.25 µl<br/> 1.25 µl<br/> 2.5 µl |
| Volume Range: | 0.5 to 10 µl |
| Increment: | 0.02 µl |
| Test Volume: | 1 µl<br/> 5µl<br/> 10 µl |
| Volume Range: | 1 to 10 µl |
| Increment: | 0.1 µl |
| Test Volume: | 10 µl<br/> 5µl<br/> 1 µl |
| Volume Range: | 20 to 200 µl |
| Increment: | 0.2 µl |
| Test Volume: | 20 µl<br/> 100 µl<br/> 200 µl |
| Volume Range: | 0.2 to 2 µl |
| Increment: | 0.002 µl |
| Test Volume: | 0.2 µl<br/> 0.5µl<br/> 2 µl |
| Volume Range: | 2to 20 µl |
| Increment: | 0.5 µl |
| Test Volume: | 20 µl<br/> 10 µl<br/> 2 µl |
| Volume Range: | 10 to 100 µl |
| Increment: | 0.2 µl |
| Test Volume: | 10 µl<br/> 50 µl<br/> 100 µl |
| Volume Range: | 2 to 20 µl |
| Increment: | 0.02 µl |
| Test Volume: | 2 µl<br/> 10 µl<br/> 20 µl |
| Volume Range: | 30to 300 µl |
| Increment: | 5 µl |
| Test Volume: | 300 µl<br/> 150 µl<br/> 30 µl |
| Volume Range: | 20 to 200 µl |
| Increment: | 1 µl |
| Test Volume: | 200µl<br/> 100µl<br/> 20 µl |
| Volume Range: | 30 to 300 µl |
| Increment: | 5 µl |
| Test Volume: | 300 µl<br/> 150 µl<br/> 30µl |
| Volume Range: | 2 to 20 µl |
| Increment: | 0.5 µl |
| Test Volume: | 20 µl<br/> 10 µl<br/> 2 µl |
| Volume Range: | 30 to 300 µl |
| Increment: | 5 µl |
| Test Volume: | 300 µl<br/> 150 µl<br/> 30 µl |
| Volume Range: | 0.5 to 10 µl |
| Increment: | 0.1 µl |
| Test Volume: | 10 µl<br/> 5 µl<br/> 1 µl |
| Volume Range: | 2 to 20 µl |
| Increment: | 0.5 µl |
| Test Volume: | 20 µl<br/> 10 µl<br/> 2 µl |
| Volume Range: | 5 to 50 µl |
| Increment: | 0.5 µl |
| Test Volume: | 50 µl<br/> 25 µl<br/> 5 µl |
| Volume Range: | 20 to 200 µl |
| Increment: | 1 µl |
| Test Volume: | 200 µl<br/> 100 µl<br/> 10µl |
| Volume Range: | 5 to 50 µl |
| Increment: | 0.5 µl |
| Test Volume: | 50 µl<br/> 25 µl<br/> 5 µl |
| Volume Range: | 10 to 100 µl |
| Increment: | 1 µl |
| Test Volume: | 100 µl<br/> 50 µl<br/> 10 µl |
| Volume Range: | 50 to 300 µl |
| Increment: | 5 µl |
| Test Volume: | 300 µl<br/> 150 µl<br/> 50µl |
| Volume Range: | 0.5 to 10 µl |
| Increment: | 0.1 µl |
| Test Volume: | 10 µl<br/> 5 µl<br/> 1 µl |
| Volume Range: | 20 to 200 µl |
| Increment: | 1 µl |
| Test Volume: | 200 µl<br/> 100 µl<br/> 20 µl |
| Volume Range: | 10 to 100 µl |
| Increment: | 1 µl |
| Test Volume: | 100 µl<br/> 50 µl<br/> 2 µl |
| Volume Range: | 50 to 300 µl |
| Increment: | 5 µl |
| Test Volume: | 300 µl<br/> 150 µl<br/> 50 µl |
| Volume Range: | 2 to 20µl |
| Increment: | 0.5µl |
| Test Volume: | 20µl <br/> 10µl <br/> 2µl |
| Volume Range: | 1 to 5µl |
| Increment: | 50µl |
| Test Volume: | 5000µl <br/> 2500µl <br/> 1000µl |
| Volume Range: | 10 to 100µl |
| Increment: | 1µl |
| Test Volume: | 100µl <br/> 50µl <br/> 10µl |
| Volume Range: | 10 to 1000µl |
| Increment: | 5µl |
| Test Volume: | 1000µl <br/> 500µl <br/> 100µl |
| Volume Range: | 20 to 200µl |
| Increment: | 1µl |
| Test Volume: | 200µl <br/> 100µl <br/> 20µl |
| Volume Range: | 5 to 50µl |
| Increment: | 0.5µl |
| Test Volume: | 50µl <br/> 25µl <br/> 5µl |
| Volume Range: | 0.5 to 10µl |
| Increment: | 0.1µl |
| Test Volume: | 10µl <br/> 5µl <br/> 1µl |
