| Volume Range | 30 to 300 µl |
| Increment | 5 µl |
| Test Volume |
300 µl 150 µl 30µl |
| Accuracy |
0.70 % at 300 µl 1.00 % at 300 µl 1.50 % at 300 µl |
| Precision |
0.25 % at 300 µl 0.50 % at 300 µl 0.80 % at 300 µl |
| Channel | 12 |
| Gross Weight | 18 Kg |
| Dimensions (L×B×H) | 0.56×0.36×0.28 m³ |
Our Multi-Channel Pipette ADMCP-513 is used in various fields, including clinical diagnostics, forensic science, and education, for accurate liquid handling and precise measurements.
1. What is a Multi-Channel Pipette and where is it commonly used?
A Multi-Channel Pipette is a laboratory instrument designed to simultaneously aspirate and dispense liquids using multiple channels, typically 8 or 12. It is widely used in applications like ELISA, PCR, and high-throughput screening. This tool increases efficiency by allowing simultaneous processing of multiple wells in microplates. It reduces repetitive strain and time spent compared to single-channel pipettes. Multi-Channel Pipette is essential in molecular biology and clinical diagnostics labs.
2. How to ensure accuracy when using a Multi Channel Pipette?
To ensure accuracy, regularly calibrate the pipette and use compatible tips that fit tightly. Pre-wet the tips before use and maintain a consistent pipetting angle. Avoid touching the sidewalls of wells during aspiration or dispensing. Practice smooth and consistent plunger movement. Always inspect the tips for even liquid uptake before dispensing.
3. What are the advantages of using a Multi-Channel Pipette over a Single-Channel Pipette?
Multi-Channel Pipette significantly reduce pipetting time by allowing multiple wells to be filled or emptied at once. It help maintain consistency across samples in microplate formats. It also reduces repetitive strain injuries from excessive hand movements. Using them improves productivity and throughput in high-volume labs. It is ideal for tasks that require uniform sample handling across wells.
4. What types of errors can occur when using a Multi-Channel Pipette, and how can they be prevented?
Errors like uneven liquid aspiration, cross-contamination, and tip leakage can occur. These can be prevented by using high-quality, compatible tips and ensuring all tips are securely attached. Proper technique, such as vertical pipetting and avoiding air bubbles, is critical. Regular maintenance and cleaning also help reduce performance issues. Training users on correct handling techniques can greatly minimize such errors.
5. Can you use a Multi-Channel Pipette for viscous liquids? Why or why not?
While Multi-Channel Pipette can handle viscous liquids, it is not always ideal for this purpose. Viscous samples can cause inconsistent aspiration across channels due to their resistance. If used, pre-wetting the tips and slower aspiration/dispensing speeds are recommended. Positive displacement pipettes are usually better suited for such liquids. Still, careful technique and adjustments can make Multi-Channel Pipette usable with viscous solutions.
| Volume Range | 50 to 300 µl |
| Increment | 5 µl |
| Test Volume |
300 µl 150 µl 50 µl |
| Volume Range | 5 to 50 µl |
| Increment | 0.5 µl |
| Test Volume |
50 µl 25 µl 5 µl |
| Volume Range | 20 to 200 µl |
| Increment | 1 µl |
| Test Volume |
200 µl 100 µl 20 µl |
| Volume Range | 20 to 200 µl |
| Increment | 1 µl |
| Test Volume |
200 µl 100 µl 10µl |
| Volume Range: | 5 to 120µl |
| Increment: | 0.10 µl |
| Test Volume: | 12 µl<br/> 60 µl<br/> 120 µl |
| Volume Range: | 0.1 to 10 µl |
| Increment: | 0.01 µl |
| Test Volume: | 10 µl <br/> 5 µl <br/> 1 µl |
| Volume Range: | 10 to 300µl |
| Increment: | 0.20µl |
| Test Volume: | 30µl<br>150µl<br>300µl |
| Volume Range: | 500 to 10000 µl |
| Increment: | 10.00 µl |
| Test Volume: | 10000 µl <br/> 5000 µl <br/> 1000 µl |
| Volume Range: | 50-1000µl |
| Increment: | 1.00µl |
| Test Volume: | 100µl<br/> 500µl<br/> 1000µl |
| Volume Range: | 100to5000µl |
| Increment: | 5.00µl |
| Test Volume: | 5000µl<br/> 2500µl<br/> 500µl |
| Volume Range: | 200µl |
| Accuracy: | ±0.8% at 200µl |
| Precision: | ±0.3% at 200µl |
| Volume Range: | 75µl |
| Accuracy: | ±0.8% at 75µl |
| Precision : | ±0.3% at 75µl |
| Volume Range: | 10µl |
| Accuracy: | ±1.2% at 10µl |
| Precision: | ±0.8% at 10µl |
| Volume Range: | 5µl |
| Accuracy: | ±2.5% at 5µl |
| Precision : | ±1.5% at 5µl |
| Volume Range: | 30µl |
| Accuracy: | ±1.0% at 30µl |
| Precision : | ±0.4% at 30µl |
| Volume Range: | 50µl |
| Accuracy: | ±1% at 50µl |
| Precision: | ±0.4% at 50µl |
| Volume Range: | 300µl |
| Accuracy: | ±0.8% at 300µl |
| Precision: | ±0.3% at 300µl |
| Volume Range: | 20µl |
| Accuracy: | ±1.0% at 20µl |
| Precision: | ±0.5% at 20µl |
| Volume Range: | 100µl |
| Accuracy: | ±0.8% at 100µl |
| Precision: | ±0.3% at 100µl |
| Volume Range: | 0.2 to 2 µl |
| Increment: | 0.002 µl |
| Test Volume: | 0.2 µl<br/> 0.5µl<br/> 2 µl |
| Volume Range: | 1 to 5 µl |
| Increment: | 0.05 µl |
| Test Volume: | 5 µl<br/> 2.5µl<br/> 1 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: | 20 to 200 µl |
| Increment: | 1 µl |
| Test Volume: | 200µl<br/> 100µl<br/> 20 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: | 100 to 1000 µl |
| Increment: | 2 µl |
| Test Volume: | 100µl<br/> 500µl<br/> 1000 µl |
| Volume Range: | 0.5 to 5 µl |
| Increment: | 20 µl |
| Test Volume: | 1000 µl<br/> 2500 µl<br/> 5000 µl |
| Volume Range: | 2to 20 µl |
| Increment: | 0.5 µl |
| Test Volume: | 20 µl<br/> 10 µl<br/> 2 µl |
| Volume Range: | 2 to 20 µl |
| Increment: | 0.02 µl |
| Test Volume: | 2 µl<br/> 10 µl<br/> 20 µl |
| Volume Range: | 100 to 1000 µl |
| Increment: | 5 µl |
| Test Volume: | 1000 µl<br/> 500µl<br/> 100 µl |
| Volume Range: | 30to 300 µl |
| Increment: | 5 µl |
| Test Volume: | 300 µl<br/> 150 µl<br/> 30 µl |
| Volume Range: | 10 to 100 µl |
| Increment: | 0.2 µl |
| Test Volume: | 10 µl<br/> 50 µl<br/> 100 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: | 1 to 10 µl |
| Increment: | 20 µl |
| Test Volume: | 1 µl<br/> 5µl<br/> 10 µl |
| Volume Range: | 10 to 100 µl |
| Increment: | 1 µl |
| Test Volume: | 100 µl<br/> 50 µl<br/> 10 µl |
| Volume Range: | 5 to 50µl |
| Increment: | 0.5µl |
| Test Volume: | 50µl <br/> 25µl <br/> 5µl |
| Volume Range: | 20 to 200µl |
| Increment: | 1µl |
| Test Volume: | 200µl <br/> 100µl <br/> 20µl |
| Volume Range: | 2 to 20µl |
| Increment: | 0.5µl |
| Test Volume: | 20µl <br/> 10µl <br/> 2µl |
| Volume Range: | 10 to 1000µl |
| Increment: | 5µl |
| Test Volume: | 1000µl <br/> 500µl <br/> 100µl |
| Volume Range: | 10 to 100µl |
| Increment: | 1µl |
| Test Volume: | 100µl <br/> 50µl <br/> 10µl |
| Volume Range: | 0.5 to 10µl |
| Increment: | 0.1µl |
| Test Volume: | 10µl <br/> 5µl <br/> 1µl |
| Volume Range: | 1 to 5µl |
| Increment: | 50µl |
| Test Volume: | 5000µl <br/> 2500µl <br/> 1000µl |
