Nucleic Acid Extractor LMNAE-A107 Catalog

Overview

Nucleic Acid Extractor LMNAE-A107 is engineered to process up to 96 samples. It features three intelligent magnetic absorption modes for handling different types of magnetic beads. Equipped with an automatic suspension system that halts operations when door opens. Incorporates deep-hole heating module to minimize liquid temperature differences for lysis and elution. Our Nucleic Acid Extractor is ideal for molecular diagnostics, clinical genetics, and disease screening.

Features :

Air filtration 

UV disinfection unit

Sample protection mechanism

User-friendly operation

Specifications :

Sample Throughput	1 to 96
Sample Position	5
Processing Time	8 min
Sample Position Type	Linear
Method	Magnetic particle-based
Sample Types	Whole blood, tissue, cells
Display	10.1-inch color touch screen
Dimensions	616×375×394 mm
Weight	30 Kg

Optional Accessories :

Model No.	Accessory Name
LMNAE-A107-D1	96 Deep well plate, V-bottom
LMNAE-A107-T1	96 Tips, V-bottom

Applications :

Nucleic Acid Extractor LMNAE-A107 is employed for molecular diagnostics, clinical genetics, disease screening, forensic analysis, biomedical research, and academic studies.

Selection Guide :

Nucleic Acid Extractor LMNAE-A107 is a high-performance automated system designed for efficient and reliable extraction of DNA and RNA using magnetic bead-based purification methods. Based on research studies and laboratory applications, it is widely used in clinical diagnostics, molecular biology research, genetic testing, forensic analysis, and pathogen detection. Its compatibility with pre-filled reagent cartridges and various sample types makes it suitable for both routine and high-throughput workflows. The system is equipped with features such as HEPA filtration, UV sterilization, and an intuitive interface, ensuring biosafety and ease of operation. Certified with ISO and CE standards, the system meets the quality and regulatory requirements of modern laboratories. Its ability to deliver consistent, high-yield results with minimal cross-contamination makes it a reliable choice for researchers and professionals selecting equipment based on application needs and certifications.