Overview

Nucleic Acid Extractor LMNAE-B100 supports flexible throughput from 1 to 96 samples per run. Its automatic system with rotary mixing technology, reducing aerosols and cross-contamination while ensuring quiet operation. Its negative pressure system with HEPA filtration ensures safe exhaust, free from biological hazards. It allows flexible creation, editing, and deletion of protocols for streamlined experiment management. Our Nucleic Acid Extractor is suitable for clinical diagnostics, molecular biology, disease control, forensic analysis.

Features :

Motorized Cabinet Access 

Power Failure Protection 

UV Disinfection 

Rotary Mixing Technology 

7-Inch LCD Touch Screen 

USB Connectivity

Specifications :

Sample Throughput	1 to 96
Reaction Volume	30 to 1000μL
Sample Volume	200μL
Rotational Speed	Less than or equal to 3000 rpm
Heating Temperature	Lysis heating: room temperature to 120°C Elution heating: room temperature to 120°C
Compatible Consumables	96-deep-well plates, customized 6 strip tube
Inter-well Extraction Difference	CV Less than or equal to 3%
Program Storage	Up to 100
Magnetic Bead Residue	Less than or equal to 1%
Connection Port	USB
Power Consumption	600VA
Power Supply	100 to 240V, 50/60HZ
Dimensions	510 × 490 × 480mm
Net Weight	45 kg

Applications :

Nucleic Acid Extractor LMNAE-B100 is ideal for genome sequencing, PCR, infectious disease detection, genetic testing, drug sensitivity analysis, forensic DNA profiling, and protein-DNA interaction studies.

Selection Guide :

Nucleic Acid Extractor LMNAE-B100 is an advanced system designed for reliable, high-throughput nucleic acid extraction. Based on a research study, this model is well-suited for applications in clinical diagnostics, molecular biology, genetic analysis, forensic testing, and disease research. It utilizes magnetic bead-based purification technology, ensuring high-purity DNA/RNA extraction from various sample types such as blood, tissues, swabs, and cells. This extractor supports automated protocols, minimizing human error and increasing reproducibility. Certified with CE and ISO standards, the model is suitable for laboratories requiring validated, regulatory-compliant instruments. Researchers and professionals can select this model when their experiments demand consistent yield, automated processing, and compatibility with downstream applications like PCR, qPCR, and sequencing.