Overview

Nucleic Acid Extractor LMNAE-A102 offers processing volume of 50 to 1000µl. It efficiently handles up to 32 samples, enhancing laboratory workflow. Its advanced thermal system ensures uniform heat distribution. It features intuitive programming interface, to customize protocols effectively. Our Nucleic Acid Extractor is ideal for molecular diagnostics, genetic research and clinical laboratories.

Features :

Temperature Regulation 

UV lamp

Multi-Mode Operation

Speed Control

Power-Off Protection 

Specifications :

Processing Volume	50 to 1000 µL
Sample Throughput	1 to 32
Magnetic Bead Recovery Efficiency	Greater than 98%
Plate Type	96-well plate
Magnetic Bar	32
Heating Temperature	Room Temperature to 120°C
Internal Program Storage	More than 5000
Magnetic Bead Size	Greater than or equal to100 nm
Operating Time	15 to 30 minutes /run
Power Consumption	500W
Power Supply	100 to 120V, 200 to 240V, 50/60Hz
Dimensions	386 × 439 × 447 mm
Net Weight	36 kg

Applications :

Nucleic Acid Extractor LMNAE-A102 is suitable for molecular diagnostics, genetic research, clinical laboratories, pharmaceutical and biotechnology industries, and forensic analysis.

Selection Guide :

Nucleic Acid Extractor LMNAE-A102 is a versatile and efficient system designed for automated extraction and purification of nucleic acids (DNA/RNA) from a variety of biological samples such as blood, tissues, swabs, and cultured cells. Based on research studies, it is commonly used in applications such as clinical diagnostics, molecular biology research, disease surveillance, genetic testing, and forensic analysis. The system supports magnetic bead-based purification, ensuring high yield and purity. It is equipped with user-friendly software, customizable protocols, and high throughput capacity, making it suitable for medium to large-scale laboratories. Certifications like CE and ISO compliance assure its quality and safety, which are crucial for regulated environments. Customers can select this model based on their need for reliable performance, standardized protocols, scalability, and validated results across different experimental workflows.