High-Throughput Modular Liquid Handling Workstation
Arm Configurations：8-channel fixed + 2-channel flexibleDeck Capacity：20-35Pipetting Range：1µL–1000µLPrecision：≤5% (2µL), ≤0.75% (200µL)Environmental Control：Optional UV & HEPA catalogFully Automated High-Throughput Liquid Handling System
Description:
The Etallwit A8 Pro is a high-throughput liquid handling workstation built for large-scale labs. With an expandable deck (20–35 labware positions), Pike transportation module, and advanced process monitoring, it delivers unmatched efficiency for NGS, proteomics, and synthetic biology. Its modular design supports 8-channel and 2-channel pipetting, enabling customizable workflows for industrial-scale applications.
Features & Benefits:
High-Throughput Deck: 20–35 labware positions for large-scale processing.
Pike Transportation Module: Automated plate handling for walk-away workflows.
Precision & Speed: 0.1 mm movement accuracy on X/Y/Z axes.
Comprehensive Monitoring: Real-time pipetting and transport status tracking.
Scalable Integration: Supports thermocyclers, magnetic separators, and refrigerators.
User-Friendly Software: Intuitive drag-and-drop interface for complex protocols.
Customizable Worktable Configuration：Modular deck layout can be tailored to meet diverse workflow requirements across different applications.
Optional HEPA Laminar Flow Enclosure：Provides a sterile working environment, ideal for contamination-sensitive applications.
Specifications:
Parameter | Details |
Pipetting Channels | 8-channel fixed + 2-channel flexible |
Pipetting Range | 1µL–1000µL |
Deck Capacity | 20–35 labware positions |
Movement Accuracy | 0.1 mm (X/Y/Z axes) |
Liquid Detection | Pressure liquid level detection (pLLD) |
Dimensions | Larger benchtop footprint (expandable) |
Weight | 128 kg |
Power Supply | Standard AC (100-240V) |
Compatibility | Integrates with thermocyclers, centrifuges, and refrigerators |
Environmental Control | Optional UV & HEPA |
Applications:
Cell Biology: Automated cell culture preparation, plating, and assay setup for consistent experimental outcomes.
Molecular Biology: High-precision nucleic acid extraction, PCR setup, and amplification workflows.
Toxicology: Reproducible compound dosing and multi-step exposure procedures for in vitro toxicology assessments.
Drug Discovery: Automated compound screening, serial dilutions, and assay development to accelerate lead identification.
Clinical Diagnostics: Sample preparation and reagent handling for diagnostic assays including PCR and ELISA.
Next-Generation Sequencing (NGS): Streamlined library preparation, normalization, and pooling to enhance sequencing efficiency.
Synthetic Biology: DNA assembly, transformation, and colony screening to support rapid genetic engineering workflows.
Proteomics: Accurate protein sample preparation, digestion, and quantification for downstream mass spectrometry.
Biobanking: Reliable aliquoting, labeling, and cryotube handling for secure long-term biological sample storage.