Overview:
The Genomic STARlet from Hamilton Company is a compact system designed to automate nucleic acid extraction using membrane-based methods. It replaces manual purification steps with a structured and automated workflow, helping laboratories achieve consistent and reliable results. The platform uses vacuum-assisted processing to carry out binding, washing, and elution steps efficiently. By integrating liquid handling with filtration and incubation, it enables complete sample processing with minimal manual involvement. It is well-suited for laboratories working with a variety of sample types and looking to standardize DNA and RNA extraction workflows in genomics, research, and clinical environments.
Features:
- Automates membrane-based DNA and RNA extraction workflows
- Uses vacuum-assisted processing for efficient purification steps
- Delivers consistent and reproducible nucleic acid isolation
- Reduces manual handling and improves workflow reliability
- Compatible with commonly used extraction kits
- Supports a wide range of sample types
- Integrated heating and mixing for controlled processing steps
- Enables barcode-based tracking for sample traceability
- Flexible configuration to suit different laboratory needs
- Walkaway automation to improve efficiency and productivity
Specifications:
- Platform Base: Microlab STARlet automated liquid handling platform
- Throughput: Supports low to medium sample volumes depending on workflow
- Pipetting Channels: Up to 8 independent channels for precise liquid handling
- Applications: DNA and RNA extraction, genomics and molecular biology workflows
- Deck Configuration: Supports vacuum-based filtration, heating, mixing and plate handling modules
- Workflow Type: Fully automated membrane-based extraction with minimal manual steps
- Genomic STARlet: 945 × 1010 × 1120 mm (H × W × D)
