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Labmate Automatic DNA Extraction System processes up to 32 samples per run ensuring high-throughput extraction. Their magnetic bead technology enables efficient nucleic acid separation from samples. They feature touchscreen interface for seamless operation and protocol customization. Their UV sterilization minimizes contamination risks ensuring reliable sample processing. Our Automatic DNA Extraction System support clinical diagnostics, genetic research and forensic analysis.
$ 7750 / Each of 1
Selection Guide for Automatic DNA Extraction System
When selecting Automatic DNA Extraction System, customers should evaluate key parameters to match their specific workflow requirements. This system provides a sample capacity ranging from 1 to 32 samples per run, making it suitable for both small research labs and high-throughput diagnostic settings. With a processing volume of up to 1000 µl, it handles a wide variety of sample types, including blood, tissue, swabs, and environmental samples. The extraction time ranges from 8 to 40 minutes, enabling users to balance speed and yield based on urgency and sample complexity. It operates on a magnetic bead method using an open platform, providing compatibility with various reagent kits and ensuring flexibility for different protocols. The system also supports both 96-hole deep-well plates and single 6-tube pipes, allowing seamless integration into different lab formats and ensuring efficient parallel processing. These features make it a reliable choice for applications in molecular diagnostics, clinical research, and biotechnology.
Frequently Asked Questions
1 What is an Automatic DNA Extraction System?
An Automatic DNA Extraction System is an apparatus designed to automate the process of isolating DNA from various biological samples, enhancing efficiency, consistency, and throughput compared to manual methods.
2 How does Automatic DNA Extraction System work?
It works by using robotic arms, magnetic beads, or spin-column technologies to lyse cells, bind DNA, wash away impurities, and elute pure DNA without human intervention.
3 What types of samples can be processed using Automatic DNA Extraction System?
It can process a wide range of samples including blood, tissue, saliva, swabs, plant material, and forensic samples.
4 Is Automatic DNA Extraction System suitable for clinical diagnostics?
It is suitable for clinical diagnostics, provides consistent and high-quality DNA suitable for downstream applications.
5 Can Automatic DNA Extraction System be used for forensic sample processing?
It is widely used in forensic laboratories for processing crime scene samples like blood stains, hair, and buccal swabs, ensuring contamination-free and consistent DNA isolation.
6 How does Automatic DNA Extraction System support agricultural genomics?
It supports agricultural genomics by efficiently extracting DNA from plant tissues, seeds, and soil microbes, enabling genetic screening, crop improvement, and disease resistance studies.
7 Can Automatic DNA Extraction System be used in food safety testing?
It is used in food safety testing to detect pathogens by extracting microbial DNA from food samples for PCR-based identification.
8 What role does Automatic DNA Extraction System play in environmental monitoring?
It plays a vital role in environmental monitoring by isolating DNA from water, soil, or air samples, allowing the detection of microbial communities or contaminants.
9 How is Automatic DNA Extraction System used in cancer research?
In cancer research, it is used to extract genomic DNA from tumor tissues, blood, or liquid biopsies, supporting biomarker discovery and mutation analysis.
10 Can Automatic DNA Extraction System be used in microbiome studies?
It is essential in microbiome studies for extracting DNA from stool, soil, or skin swabs, ensuring accurate profiling of microbial communities via next-generation sequencing.