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Electronic Single Channel Pipette LMEP-A100 is designed to dispense liquids within a volume range of 0.5 to 10 μL. It is a semi-autoclavable pipette that minimizes the risk of cross-contamination. It features multiple pipetting modes for handling a wide variety of liquids. Our pipette is integrated with an LCD screen for precise volume setting and smooth operation.
Specifications
| Volume Range | 0.5 to 10 μL |
| Increment | 0.01 μL |
| Test Volume | 10 μL, 1 μL |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Electronic Single Channel Pipette LMEP-A100 | $ 1725 | Each of 1 |
Features
Ergonomic design
Dual charging modes
Self-calibration
PC connectivity via USB for calibration
Complies with ISO8655-2 standard
Applications
Electronic Single Channel Pipette is widely used in molecular biology and biotechnology, cell culture and microbiology, clinical diagnostics, drug discovery and high-throughput screening, quality control and various industries.
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$ 1725 / Each of 1
$ 1725 / Each of 1
$ 1725 / Each of 1
Frequently Asked Questions
1 What is an Electronic Single Channel Pipette LMEP-A100?
An Electronic Single Channel Pipette LMEP-A100 is an apparatus designed for precise and accurate liquid handling in laboratories, enabling easy dispensing and transferring of small volumes.
2 How does Electronic Single Channel Pipette LMEP-A100 improve accuracy?
Electronic Single Channel Pipette LMEP-A100 improves accuracy by using electronic controls to ensure consistent volume dispensing.
3 How is Electronic Single Channel Pipette LMEP-A100 used in molecular biology experiments?
Electronic Single Channel Pipette LMEP-A100 is widely used in molecular biology experiments for accurate pipetting of reagents ensuring reliable reaction volumes in PCR and cloning procedures.
4 How does Electronic Single Channel Pipette LMEP-A100 assist in pharmaceutical research?
In pharmaceutical research, Electronic Single Channel Pipette LMEP-A100 enables precise dosing of drug candidates and solvents, which is crucial for formulation development and high-throughput screening.
5 Can Electronic Single Channel Pipette LMEP-A100 be used in environmental testing?
Electronic Single Channel Pipette LMEP-A100 is used in environmental testing to accurately measure small volumes of water samples, reagents, or pollutants during chemical analysis.
6 How does Electronic Single Channel Pipette LMEP-A100 assist in histology or pathology labs?
In histology or pathology labs, Electronic Single Channel Pipette LMEP-A100 helps accurately dispense staining reagents and buffers onto tissue samples during slide preparation and analysis.
7 How does Electronic Single Channel Pipette LMEP-A100 support metabolomics or proteomics research?
Electronic Single Channel Pipette LMEP-A100 supports metabolomics and proteomics research by enabling accurate sample prep for mass spectrometry, including extraction, dilution, and derivatization steps.
8 How does Electronic Single Channel Pipette LMEP-A100 enhance liquid handling in toxicology screening?
Electronic Single Channel Pipette LMEP-A100 enhances liquid handling in toxicology screening by ensuring accurate dosing of chemical agents and biological fluids, which is vital for reproducible toxicity profiles.
9 How is Electronic Single Channel Pipette LMEP-A100 applied in personalized medicine research?
Electronic Single Channel Pipette LMEP-A100 is applied in personalized medicine research for aliquoting patient-specific reagents, compounds, or DNA samples to tailor treatments and biomarker studies.
10 Can Electronic Single Channel Pipette LMEP-A100 be used in cancer biomarker detection assays?
Electronic Single Channel Pipette LMEP-A100 is used in cancer biomarker detection assays to dispense precise volumes of patient samples and detection reagents, improving assay sensitivity and reliability.
11 What is an Electronic Single Channel Pipette?
An Electronic Single Channel Pipette is a precision laboratory instrument designed to accurately dispense specific volumes of liquid using electronic controls, ensuring consistent and reproducible results.
12 How does Electronic Single Channel Pipette work?
It works by using a motor-driven piston to aspirate and dispense liquid, which allows for more accuracy and less user strain compared to manual pipettes.
13 How effective is Electronic Single Channel Pipette in cell culture applications?
It is effective in cell culture applications as it minimizes shear stress on cells by allowing gentle and controlled aspiration and dispensing.
14 Can Electronic Single Channel Pipette be used in clinical diagnostics labs?
It is widely used in clinical diagnostics labs because of its reliability, ease of use, and ability to handle sensitive and critical liquid handling steps.
15 How does Electronic Single Channel Pipette improve workflow in drug discovery labs?
It improves workflow in drug discovery labs by automating volume settings, reducing errors, and allowing users to execute complex liquid handling protocols efficiently.
16 Is Electronic Single Channel Pipette suitable for use in genomics or transcriptomics workflows?
It is suitable for genomics or transcriptomics workflows where high accuracy and low contamination risk are essential for handling nucleic acids.
17 How does Electronic Single Channel Pipette assist in quality control testing?
It assists in quality control testing by ensuring uniform sample preparation, which directly affects the reliability and accuracy of the analytical results.
18 Does Electronic Single Channel Pipette improve reproducibility in research experiments?
It significantly improves reproducibility in research experiments by minimizing manual errors and delivering consistent volumes across replicates.
19 Can Electronic Single Channel Pipette be used for environmental testing?
It is suitable for environmental testing, especially in water and soil analysis, where precise liquid handling is essential for accurate contaminant detection.
20 Is Electronic Single Channel Pipette beneficial in forensic labs?
It is beneficial in forensic labs due to its ability to precisely handle small and sensitive biological samples like blood or DNA, improving reliability in evidence processing.