Device built-in

Binta Nucleic Acid Hybridization System – Product Introduction

The Binta Nucleic Acid Hybridization System is a precision temperature-controlled hybridization instrument designed for molecular biology applications, widely used in Southern blot, Northern blot, fluorescence in situ hybridization (FISH), microarray hybridization, and other nucleic acid hybridization experiments. Featuring advanced temperature control technology and uniform heating, this system ensures high efficiency, stability, and reproducibility in hybridization processes, making it ideal for scientific research, clinical diagnostics, and biopharmaceutical development.

Key Features

1. Precise Temperature Control

   • Utilizes PID intelligent temperature regulation, with a range of ambient temperature to 99°C and accuracy within ±0.5°C, meeting stringent experimental requirements.
   • Optional gradient temperature control for optimizing multiple hybridization conditions.

2. Uniform Heating & Mixing Mechanism

   • Equipped with 3D rotation or oscillation mixing to ensure thorough contact between probes and target sequences, enhancing hybridization efficiency.
   • Heating chamber employs air circulation or water bath technology for even temperature distribution, eliminating hot spots or uneven reactions.

3. Versatile Compatibility

   • Supports various hybridization substrates, including nylon membranes, nitrocellulose membranes, microarrays, and glass slides.
   • Accommodates 5mL–50mL hybridization tubes or custom containers with interchangeable adapters.

4. User-Friendly Operation

   • Touchscreen interface with programmable protocols for quick switching between experimental conditions.
   • Features timer alerts and auto power-off protection for enhanced safety.

5. Low Background & High Sensitivity

   • Anti-contamination design minimizes nonspecific binding, reducing background noise and improving detection sensitivity.

Applications

• Nucleic acid blot hybridization (Southern/Northern blot)
• Fluorescence in situ hybridization (FISH)
• Microarray hybridization
• Low-stringency hybridization (e.g., mutation detection)

Technical Advantages

The Binta Nucleic Acid Hybridization System stands out for its high precision, stability, and ease of operation, enabling researchers to optimize hybridization conditions, reduce experimental time, and enhance data reliability. It is an essential tool for molecular biology laboratories.

Fields of Use: Life science research, clinical diagnostics, genetic testing, biopharmaceuticals.
Optional Configurations: Customizable automated sample loading, high-throughput modules, or remote monitoring.