Instruments & Automation
Empowering Research Through Precision, Efficiency, and Technology
In today’s fast-evolving scientific landscape, automation and advanced instrumentation play a crucial role in driving accuracy, speed, and scalability. Our Instruments & Automation division integrates state-of-the-art technologies with intelligent workflows to streamline research, diagnostics, and data management — enabling consistent, high-quality results across all our programs.
We combine innovation with precision engineering to build a seamless, technology-driven research environment. Our infrastructure supports a wide range of automated and analytical platforms for life sciences, genomics, and forensic research.
Automation empowers our teams to achieve greater throughput with higher consistency. By minimizing manual intervention, we reduce variability, improve turnaround time, and ensure compliance with international laboratory standards.
Key capabilities include:
Our systems are designed to support multi-disciplinary research, including genomics, diagnostics, forensics, and translational sciences — enabling scalable and reproducible outcomes.
- High-Throughput Automation: Automated liquid handling and sample preparation systems that reduce manual errors and improve reproducibility.
- Analytical Instruments: Sophisticated equipment for molecular biology, proteomics, and biochemical analysis, ensuring data accuracy and sensitivity.
- Robotic Workflows: Fully integrated robotic systems that optimize laboratory efficiency and ensure standardized processing.
- Data Integration & Management: Advanced software tools that connect instruments, streamline data capture, and support real-time analytics.
- Quality Control Automation: Automated checks for calibration, validation, and data integrity across all research stages.
Our Commitment
NGS is transforming how we approach medicine, biology, and forensic science. Our sequencing solutions support a wide range of applications, including:
- Delivering precision, consistency, and scalability through automation
- Investing in cutting-edge instruments and smart laboratory systems
- Ensuring quality assurance and regulatory compliance in every process
- Supporting faster discoveries and data-driven innovation
Frequently Asked Questions
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1.What is the role of Instruments & Automation in research?
Instruments & Automation streamline laboratory workflows, improve precision, and increase throughput. By integrating advanced equipment with robotic systems, laboratories can achieve more accurate, reproducible, and efficient results across diagnostics, genomics, and forensic research.
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2.What types of instruments and automation systems do you use?
We employ a wide range of state-of-the-art instruments and automated platforms, including: Automated liquid handling systems
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3.How does automation improve research outcomes?
Automation reduces human error, ensures standardized processing, and accelerates laboratory workflows. It allows researchers to handle large sample volumes efficiently while maintaining high accuracy and compliance with quality standards.
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4.Are your automated systems integrated with data analysis tools?
Yes. All our automated platforms are connected to advanced software and bioinformatics tools, enabling seamless data capture, real-time monitoring, and analysis. This integration ensures actionable insights from experiments and supports data-driven decision-making.