automated liquid handling equipment with hepa and uv lamp

Automated Liquid Handling Equipment (HEPA & UV Biosafety)

Main Features

1. Multi-functional module configuration: Flexible 2-channel and 8-channel pipetting modules; wrench gripper for plate transfer; customizable for different experiment types.
2. High safety design: Pressure-sensitive liquid level detection and transfer process monitoring prevent overflow and operational errors.
3. Fully automated operation: Integrates modules for heating, oscillation, temperature control, etc.—adaptable for complex workflows and minimal manual intervention.
4. Flexible table configuration: Customizable layout supports varying plate quantities and arrangements for greater space utilization.
5. Multi-functional module support: Heating, oscillation, temperature control, oscillation temperature control, and magnetic separation for diverse liquid handling needs.
6. Air-displacement pipetting: Ensures precise handling for a range of viscosities and volumes.
7. Dual liquid level detection: Capacitance and pressure-sensing technologies for real-time, accurate monitoring.
8. Biosafety protection: HEPA filtration and UV lamp isolate airborne contaminants and microorganisms for safe operation.

System Advantages

1. Flexible & expandable: Choose 2- or 8-channel modules and plate configurations to suit any workflow.
2. Efficient & safe: Biosafety features guarantee clean, contamination-free operation.
3. Accurate liquid distribution: Air displacement pipetting ensures reliability, even with micro-volume or viscous liquids.
4. Automated workflow: Reduces manual work, boosts consistency, and improves repeatability.
5. Space-saving & safe: Compact, configurable design maximizes lab space and maintains biosafety.

Working Principle

1. Air displacement pipetting: Servo-driven piston modulates gas pressure, aspirating or dispensing liquid precisely.
2. Pressure-sensing detection: Real-time liquid level monitoring for accurate, safe operation.
3. Automated modular control: System adapts workflow to experimental needs for optimal results.
4. Transfer monitoring: Plate transfer process is monitored to prevent spillage or contamination.

Application Areas

1. Life science research: PCR setup, gene extraction, cell culture, and liquid mixing/distribution.
2. Drug screening & preparation: High-throughput screening, gradient dilution, compound spiking for drug R&D and dose-response curves.
3. Clinical testing & diagnostics: Efficient sample distribution/testing for consistent, reproducible results.
4. Immunoassay & ELISA: Automated ELISA/antibody screening, sample dilution—reduces human error, improves accuracy.
5. Environmental & food safety: Microbial and toxicological testing, liquid dispensing, sample analysis.
6. Chemical analysis: Accurate, efficient solution mixing, reaction system prep, and chemical workflows.