Electronic Pipette ADEP-503
Electronic Pipette ADEP-503 (Front Image)
Electronic Pipette ADEP-503 (Side Image)

Electronic Pipette ADEP-503

Electronic Pipette ADEP-503 comes with volume range from 10to300µl for medium-volume samples handling in various lab applications. Supports multiple dispensing modes, including reverse pipetting and multi-dispensing. It has lightweight construction makes it ideal for extended use in the lab. This unit can often perform serial dilutions automatically, reducing manual effort. Our Electronic Pipette is used in molecular biology, and clinical diagnostics for precise and efficient liquid handling.

$ 700.00
Volume Range 10 to 300µl
Increment 0.20µl
Test Volume 30µl
150µl
300µl
Accuracy ±0.40% at 300µl
±0.60% at 300µl
±1.50% at 300µl
Precision ≤0.15% at 300µl
≤0.20% at 300µl
≤0.80% at 300µl
Packaging Dimensions(L×B×H) 0.475×0.39×0.28mm
Gross Weight 25 Kg
  • Low error rates
  • Liquid type adjustment
  • Digital volume control
  • User-friendly
  • Multiple pipetting modes

Our Electronic Pipette ADEP-503 is used across various fields such as molecular biology for precise DNA/RNA handling, clinical diagnostics for accurate sample preparation and pharmaceutical research for high-throughput screening.

Frequently Asked Questions of Electronic Pipette ADEP-503

1. What safety features are included in electronic pipette?

Electronic pipettes often include features like overload protection, automatic error detection, password protection, and ergonomic designs to reduce repetitive strain injuries. It also offers compliance features such as audit trails or secure data logging to meet regulatory requirements in clinical or GMP environments.

2. How do I clean and maintain an electronic pipette?

Regular cleaning involves wiping the exterior with a lint-free cloth moistened with 70% ethanol or isopropyl alcohol. The lower shaft and piston can usually be disassembled and cleaned separately. Maintenance should also include regular calibration, battery checks, and inspection for wear or contamination. Never immerse the main body in liquid or use harsh chemicals unless specified.

3. How accurate and precise are electronic pipette compared to manual ones?

Electronic pipette is typically offer higher accuracy and precision than manual pipette due to their motorized control and consistent aspiration/dispensing mechanisms. They minimize the variability introduced by different users and eliminate hand-related inconsistencies, especially during repetitive pipetting. However, actual performance depends on proper calibration, maintenance, and tip compatibility.

4. What are the benefits of using an electronic pipette?

Electronic pipette offer several advantages over manual pipettes, including improved accuracy and precision, reduced hand strain, and programmable functions that streamline repetitive tasks. It enhance workflow efficiency, especially in high-throughput environments, and reduce user-dependent variability. It allows for data logging and protocol saving, contributing to better traceability and consistency in lab results.

5. 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.

6. 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.

7. 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.

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Mini Fixed Volume Pipette

Mini Fixed Volume Pipette ADFVP-505
Volume Range:50µl
Accuracy:±1% at 50µl
Precision:±0.4% at 50µl
Mini Fixed Volume Pipette ADFVP-506
Volume Range:75µl
Accuracy:±0.8% at 75µl
Precision :±0.3% at 75µl
Mini Fixed Volume Pipette ADFVP-501
Volume Range:5µl
Accuracy:±2.5% at 5µl
Precision :±1.5% at 5µl
Mini Fixed Volume Pipette ADFVP-508
Volume Range:200µl
Accuracy:±0.8% at 200µl
Precision:±0.3% at 200µl
Mini Fixed Volume Pipette ADFVP-503
Volume Range:20µl
Accuracy:±1.0% at 20µl
Precision:±0.5% at 20µl
Mini Fixed Volume Pipette ADFVP-509
Volume Range:300µl
Accuracy:±0.8% at 300µl
Precision:±0.3% at 300µl
Mini Fixed Volume Pipette ADFVP-507
Volume Range:100µl
Accuracy:±0.8% at 100µl
Precision:±0.3% at 100µl
Mini Fixed Volume Pipette ADFVP-502
Volume Range:10µl
Accuracy:±1.2% at 10µl
Precision:±0.8% at 10µl
Mini Fixed Volume Pipette ADFVP-504
Volume Range:30µl
Accuracy:±1.0% at 30µl
Precision :±0.4% at 30µl

Single Channel Variable Pipette

Single Channel Variable Pipette ADCVP-508
Volume Range:100 to 1000 µl
Increment:5 µl
Test Volume:1000 µl<br/> 500µl<br/> 100 µl
Single Channel Variable Pipette ADCVP-503
Volume Range:2to 20 µl
Increment:0.5 µl
Test Volume:20 µl<br/> 10 µl<br/> 2 µl
Single Channel Variable Pipette ADCVP-510
Volume Range:1 to 10 µl
Increment:0.1 µl
Test Volume:10 µl<br/> 5µl<br/> 1 µl
Single Channel Variable Pipette ADCVP-502
Volume Range:0.5 to 10 µl
Increment:0.1 µl
Test Volume:1 µl<br/> 5µl<br/> 1 µl
Single Channel Variable Pipette ADCVP-501
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
Single Channel Variable Pipette ADCVP-505
Volume Range:10 to 100 µl
Increment:1 µl
Test Volume:100 µl<br/> 50 µl<br/> 10 µl
Single Channel Variable Pipette ADCVP-506
Volume Range:20 to 200 µl
Increment:1 µl
Test Volume:200µl<br/> 100µl<br/> 20 µl
Single Channel Variable Pipette ADCVP-507
Volume Range:30to 300 µl
Increment:5 µl
Test Volume:300 µl<br/> 150 µl<br/> 30 µl
Single Channel Variable Pipette ADCVP-504
Volume Range:5 to 50 µl
Increment:0.5 µl
Test Volume:50 µl<br/> 25 µl<br/> 5 µl
Single Channel Variable Pipette ADCVP-509
Volume Range:1 to 5 µl
Increment:0.05 µl
Test Volume:5 µl<br/> 2.5µl<br/> 1 µl

Multi-Channel Pipette

Multi-Channel Pipette ADMCP-505
Volume Range:20 to 200 µl
Increment:1 µl
Test Volume:200 µl<br/> 100 µl<br/> 20 µl
Multi-Channel Pipette ADMCP-502
Volume Range:2 to 20 µl
Increment:0.5 µl
Test Volume:20 µl<br/> 10 µl<br/> 2 µl
Multi-Channel Pipette ADMCP-509
Volume Range:2 to 20 µl
Increment:0.5 µl
Test Volume:20 µl<br/> 10 µl<br/> 2 µl
Multi-Channel Pipette ADMCP-507
Volume Range:50 to 300 µl
Increment:5 µl
Test Volume:300 µl<br/> 150 µl<br/> 50 µl
Multi-Channel Pipette ADMCP-501
Volume Range:0.5 to 10 µl
Increment:0.1 µl
Test Volume:10 µl<br/> 5 µl<br/> 1 µl
Multi-Channel Pipette ADMCP-510
Volume Range:5 to 50 µl
Increment:0.5 µl
Test Volume:50 µl<br/> 25 µl<br/> 5 µl
Multi-Channel Pipette ADMCP-508
Volume Range:0.5 to 10 µl
Increment:0.1 µl
Test Volume:10 µl<br/> 5 µl<br/> 1 µl
Multi-Channel Pipette ADMCP-506
Volume Range:30 to 300 µl
Increment:5 µl
Test Volume:300 µl<br/> 150 µl<br/> 30 µl
Multi-Channel Pipette ADMCP-504
Volume Range:10 to 100 µl
Increment:1 µl
Test Volume:100 µl<br/> 50 µl<br/> 10 µl
Multi-Channel Pipette ADMCP-512
Volume Range:20 to 200 µl
Increment:1 µl
Test Volume:200 µl<br/> 100 µl<br/> 10µl
Multi-Channel Pipette ADMCP-511
Volume Range:10 to 100 µl
Increment:1 µl
Test Volume:100 µl<br/> 50 µl<br/> 2 µl
Multi-Channel Pipette ADMCP-503
Volume Range:5 to 50 µl
Increment:0.5 µl
Test Volume:50 µl<br/> 25 µl<br/> 5 µl