Compact Modular Liquid Handling Workstation
Arm Configurations：8-channel fixed + 2-channel flexibleDeck Capacity：11Pipetting Range：1µL–1000µLPrecision：≤5% (2µL), ≤0.75% (200µL)Environmental Control：Can be placed in the biosafety cabinet catalogCompact & Flexible Multi-Module Liquid Handling Workstation
Description:
The Etallwit A8 Mini is a compact, modular liquid handling workstation engineered for small to medium-throughput laboratories. Equipped with an 8-channel fixed pipetting module and a 2-channel flexible pipetting module, it delivers high precision, scalability, and seamless integration with third-party instruments. Designed to support a wide range of applications—including cell biology, drug discovery, and clinical diagnostics—the A8 Mini optimizes workflow efficiency while maintaining a minimal benchtop footprint.
Features & Benefits:
Modular Design: 8-channel fixed + 2-channel flexible pipetting modules for versatile liquid handling.
Compact & Space-Saving: Fits easily in biosafety cabinets.
Precision Pipetting: 1µL–1000µL range with CV ≤5% (2µL) and ≤0.75% (200µL).
Real-Time Monitoring: Pressure liquid level detection (pLLD) for accurate dispensing.
User-Friendly Interface: Drag-and-drop graphical software for easy operation.
Third-Party Integration: Compatible with centrifuges, plate readers, and refrigerators.
Specifications:
Parameter | Details |
Pipetting Channels | 8-channel fixed + 2-channel flexible |
Pipetting Range | 1µL–1000µL |
Precision (CV) | ﹤5% (2µL), ﹤0.75% (200µL) |
Liquid Detection | Pressure liquid level detection (pLLD) |
Deck Capacity | 11 labware positions |
Dimensions | Compact benchtop design (exact size varies) |
Weight | 41.2 kg |
Power Supply | Standard AC (100-240V) |
Compatibility | Integrates with centrifuges, plate readers, and thermocyclers |
Applications:
Cell Biology: High-precision cell culture, seeding, and assay preparation.
Molecular Biology: Automated PCR setup, nucleic acid extraction, and amplification workflows.
Toxicology: Reproducible compound dosing and exposure studies.
Drug Discovery: Automated compound screening, serial dilution, and assay development.
Clinical Diagnostics: Sample preparation and reagent handling for PCR, ELISA, and other diagnostic assays.
Next-Generation Sequencing (NGS): Library preparation, normalization, and sample pooling.
Synthetic Biology: Construct assembly, transformation, and screening.
Proteomics: High-precision pipetting for protein quantification, digestion, and labeling.
Biobanking: Reliable aliquoting, sample tracking, and cryotube handling for long-term storage.