Overview

Nucleic Acid Extractor LMNAE-A104 offers throughput of 1 to 16 samples. It features smart operating system that prevents cross-contamination through well-by-well separation. Equipped with an industrial-grade control mechanism, it delivers continuous process with stable performance. Integrated built-in software program supports standard protocols and allows custom method editing. Our Nucleic Acid Extractor ensures DNA and RNA purification in clinical diagnostics and genetic screening.

Features :

Automated processing

Touch screen interface

UV sterilization

Block temperature controller

Disposable tubes

Efficient lysing

Specifications :

Sample Throughput	1 to 16
Method	Magnetic particle/bead-based nucleic acid purification
Sample Types	Whole blood, tissue, cells, and other biological materials
Display	Large industrial touch screen
Dimensions	420×380×390 mm
Weight	14 Kg

Optional Accessories :

Model No.	Accessory Name
LMNAE-A104-D1	96 Deep well plate, U-bottom
LMNAE-A104-S1	6 Strip Tube, U-bottom
LMNAE-A104-S2	8-Strip Tips, U-bottom
LMNAE-A104-S3	Single test kit holder

Applications :

Nucleic Acid Extractor LMNAE-A104 is employed for DNA and RNA purification from whole blood, tissues, cells, and other biological samples in clinical diagnostics, genetic screening, infectious disease research, and molecular biology laboratories.

Selection Guide :

Nucleic Acid Extractor LMNAE-A104 is a versatile and advanced system designed to meet the demands of high-throughput molecular biology laboratories. Based on a research-backed study, this model is suitable for a wide range of applications, including DNA/RNA extraction from blood, tissue, swabs, and other biological samples, suitable for clinical diagnostics, forensic analysis, disease research, and genomics studies. It uses magnetic bead-based purification for high efficiency and purity, ensuring consistent and reproducible results. It is certified with CE and ISO standards, ensuring quality compliance and operational safety. When selecting this model, customers should consider its automation features, compatibility with a variety of sample types, and validated extraction protocols, making it especially suitable for laboratories requiring reliable, large-scale sample processing with minimal manual intervention.