AELAB Horizontal Electrophoresis Apparatus AE-subMAX

The AE-subMAX Horizontal Electrophoresis Apparatus is engineered for reliable and efficient nucleic acid and protein separation. It features a robust gel tray that accommodates various gel sizes and types, a buffer chamber for optimal running conditions, and adjustable electrodes that allow fine-tuning of the electric field. The apparatus includes a clear, easy-to-view design for real-time monitoring of the gel, and its intuitive setup and operation make it suitable for both novice and experienced users. Additionally, the AE-subMAX is built for durability, ensuring long-term performance in laboratory settings.

Feature:

• Durable Gel Tray: Accommodates various gel sizes.
• Adjustable Electrodes: For precise electric field control.
• Clear Design: Enables easy monitoring of electrophoresis.
• User-Friendly: Simple setup and operation.

🔬 How It Works?

The AE-subMAX operates by applying a controlled electric field through a buffer solution, allowing nucleic acids or proteins to migrate through an agarose or polyacrylamide gel matrix. Adjustable electrodes provide precise control of the electric field, while the clear casing allows for direct observation of sample separation in real time.

💡 Advantages

• ✅ High Versatility: Compatible with multiple gel sizes and comb types

• ✅ Real-Time Monitoring: Transparent design for constant visual tracking

• ✅ Durability: Engineered with long-lasting components for extended use

• ✅ User-Friendly Setup: Simplifies operation for labs of all experience levels

• ✅ Precise Results: Adjustable electrodes ensure controlled electrophoretic conditions

🔍 Recommended Models by Use Case

• 🧪 Educational Labs: Ideal for teaching electrophoresis principles

• 🧫 Research Institutions: Suitable for advanced nucleic acid analysis

• 🧬 Biotech & Life Sciences Labs: Effective in high-throughput DNA/RNA separation

• 🧍‍♀️ Clinical QC Departments: Reliable for routine diagnostic sample separation

🧪 Ideal For

• Molecular biology labs

• Biochemistry and proteomics research

• DNA/RNA extraction and analysis

• Academic training and student labs

• Quality control in pharmaceutical and clinical settings