AELAB Vertical Electrophoresis Tank AE-transBLOT

The Vertical Electrophoresis Tank is designed for efficient separation of proteins and nucleic acids using vertical gel electrophoresis. It features a durable, upright gel chamber that allows for optimal sample resolution and high voltage applications. The tank includes adjustable electrodes for precise electric field control and a clear viewing panel for monitoring progress. Its robust construction ensures reliable performance and easy handling in laboratory settings.

Features:

1. Durable Gel Chamber: Ensures high-resolution separation.
2. Adjustable Electrodes: For precise control of the electric field.
3. Clear Viewing Panel: Allows easy monitoring of the process.
4. Robust Construction: Provides reliable performance and durability.

🔬 How It Works?

Vertical electrophoresis works by applying an electric field to a gel matrix where biomolecules migrate based on size and charge. The AE-transBLOT uses a durable vertical tank setup, allowing uniform field distribution for accurate protein or nucleic acid separation. Its adjustable electrodes let users fine-tune the field strength, while the transparent panel provides real-time observation throughout the run.

💡 Advantages

• High-Resolution Transfers: Consistent results for protein and nucleic acid separation.

• Two Transfer Modes: Choose between rapid high-current or gentle overnight transfers.

• User-Friendly Design: Clear panel and ergonomic layout for easy operation.

• Reliable Performance: Built with robust materials for long-term lab use.

• Precision Control: Fine-tune electric fields with adjustable electrodes.

🔍 Recommended Models by Use Case

• AE-transBLOT – Best for research labs conducting western blotting or nucleic acid analysis.

• Educational Labs – Suitable due to ease of operation and visual learning opportunities.

• QC Laboratories – Reliable performance supports repeatable testing workflows.

🧪 Ideal For

• Molecular biology and biochemistry labs

• Research institutes and universities

• Genetic analysis and proteomics

• Clinical diagnostics and life science R&D

• Pharmaceutical and quality control labs