Automated NGS Systems are laboratory platforms that automate DNA and RNA sequencing workflows by integrating sample preparation, library construction, sequencing, and data analysis into a single streamlined system.
They:
Sequence DNA and RNA at high throughput
Automate library preparation and sequencing steps
Reduce manual handling and contamination risk
Generate reproducible genomic data for research and clinical use
Automated NGS Systems work in four stages:
Sample Preparation – DNA/RNA extraction and processing
Library Construction – Fragmentation and adapter tagging
Sequencing Process – High-throughput base reading
Data Analysis – Bioinformatics pipeline converts raw data into usable genomic insights
This integration ensures speed, accuracy, and reproducibility.
Fully automated sequencing workflow
High-throughput multiplexing capability
Integrated library preparation systems
Real-time quality control and error detection
LIMS and bioinformatics integration
Clinical-grade compliance support
They are used for:
Whole genome sequencing
RNA sequencing and gene expression profiling
Pathogen detection and outbreak analysis
Biomarker and drug discovery
Clinical diagnostics and precision medicine
Clinical diagnostic laboratories
Pharmaceutical companies
Biotechnology research centers
Academic genomics institutions
Public health surveillance labs
Choose based on:
Sample throughput requirements
Read length and sequencing depth
Automation level (partial vs full workflow)
Clinical compliance (CLIA / CAP / ISO 15189)
Bioinformatics integration capability
Laboratory infrastructure
Benchtop sequencing systems
High-throughput sequencing platforms
Integrated library prep + sequencing systems
Clinical diagnostic NGS systems
Modular automated genomics platforms
They are preferred because they:
Reduce manual errors
Improve reproducibility
Increase sequencing speed
Enable large-scale genomic analysis
Support regulatory compliance
Throughput: 16–384 samples/run
Read Length: 50–300 bp
Run Time: 6–48 hours
Accuracy: >99%
Input Types: DNA / RNA / cDNA
Power Supply: 220V AC, 50/60 Hz
Dimensions: 100–200 cm width range
CLIA (Clinical Laboratory Improvement Amendments)
CAP (College of American Pathologists)
ISO 15189 Medical Laboratory Standards
Q1. What is an Automated NGS system used for?
It is used for high-throughput DNA and RNA sequencing with minimal manual intervention.
Q2. How does an NGS system work?
It automates sample prep, sequencing, and bioinformatics analysis in a single workflow.
Q3. Can NGS systems be used in clinical diagnostics?
Yes, CLIA and CAP-certified systems are widely used in clinical genomics.
Q4. What samples can be processed?
DNA, RNA, cDNA, blood, tissue, microbial, and FFPE samples.
Q5. Are NGS systems scalable?
Yes, platforms support small to large-scale genomic projects.
Automated NGS Systems are high-throughput genomic platforms that integrate sample preparation, sequencing, and data analysis into a single automated workflow. They are used for DNA/RNA sequencing in research and clinical laboratories and support precision medicine, pathogen detection, and genomic research.
What is an automated NGS system used for?
How does next-generation sequencing automation work?
Which NGS system is best for clinical labs?
Can NGS systems sequence RNA samples?
NGS-100: Small-scale research use
NGS-200: Medium throughput labs
NGS-500: High-throughput clinical and population genomics
Automated NGS Systems enable fast, accurate, and fully integrated genomic sequencing workflows for modern research and clinical laboratories.
