Magnetic Rack for Manual Nucleic Acid Extraction:
Efficient and Reliable Magnetic Separation for DNA & RNA PurificationThe Magnetic Rack is a precision-engineered tool designed to support manual magnetic bead-based nucleic acid extraction processes, including DNA and RNA purification. Ideal for low- to medium-throughput laboratories, this rack offers a simple, cost-effective solution for researchers and technicians conducting manual sample processing.
Constructed from durable, laboratory-grade materials, the magnetic rack ensures consistent magnetic field strength and optimal bead capture, allowing for clear, hands-free separation of magnetic beads from solution. It’s an essential accessory for workflows involving magnetic bead technology in genomic, diagnostic, and molecular biology applications.
Key Features and Benefits
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Strong Magnetic Field: High-strength neodymium magnets ensure fast and efficient bead capture, minimizing sample loss and maximizing yield.
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Optimized for Nucleic Acid Extraction: Compatible with most magnetic bead-based kits used for DNA and RNA isolation from various sample types.
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Manual Control with High Precision: Perfect for hands-on workflows where fine control and visual monitoring are required.
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Multi-Tube Compatibility: Available in multiple formats (e.g., 1.5/2.0 mL, PCR strip, or 96-well plate sizes) to fit diverse lab needs.
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Clear Visibility: Transparent or open design allows users to easily observe bead separation during each step.
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Lab-Grade Durability: Made from chemical-resistant, easy-to-clean materials suitable for repeated use in demanding lab environments.
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Compact and Lightweight: Small footprint makes it easy to integrate into any workstation without taking up excessive space.
Applications
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Manual nucleic acid extraction workflows
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DNA/RNA purification from blood, tissue, swabs, and other samples
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Magnetic bead clean-up steps during PCR, RT-PCR, and sequencing prep
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Educational, research, and diagnostic lab settings
The Magnetic Rack is a must-have tool for scientists seeking consistent, high-quality results from manual extraction protocols without the need for automated systems.
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