Vietnam’s Liquid Handling Systems Market Expands as Laboratories Embrace Automation
Vietnam’s expanding pharmaceutical, biotechnology and life sciences sectors are creating growing demand for automated liquid handling systems as laboratories seek to increase throughput, improve accuracy and reduce manual processes.
While Vietnam-specific market data remains limited, industry sources indicate that the Vietnam liquid handling systems market was valued at approximately US$15 million in 2025 and is forecast to reach around US$23 million by 2033.
Liquid handling systems automate the dispensing, transfer, mixing and preparation of liquid samples. They have become essential tools in modern laboratories, supporting applications ranging from drug discovery and genomics to molecular diagnostics, clinical testing and biotechnology research.
The market forms part of Vietnam’s broader laboratory automation sector, which reached approximately US$30.4 million in 2025 and is projected to grow to US$50.6 million by 2034.
Automation is transforming laboratory workflows
Laboratories are under increasing pressure to process more samples while maintaining accuracy, reproducibility and compliance.
Manual liquid handling can be time-consuming and introduce variability, particularly when laboratories are processing hundreds or thousands of samples.
Automated systems can standardise these processes, allowing laboratories to dispense precise volumes, prepare samples and reagents consistently and carry out repetitive procedures at higher throughput.
This can improve laboratory productivity while allowing skilled scientists and technicians to focus on more complex analytical and research activities.
Pharmaceutical R&D is driving demand
Vietnam’s pharmaceutical sector is emerging as an important source of demand for laboratory automation.
As pharmaceutical companies expand investment in research, quality control and product development, laboratories require technologies capable of supporting increasingly sophisticated workflows.
Liquid handling systems are widely used in drug discovery, compound screening, assay development, formulation research and quality control.
Automation can also support high-throughput screening, enabling researchers to test larger numbers of compounds and biological samples under consistent conditions.
Biotechnology and genomics expand the opportunity
Vietnam’s growing biotechnology ecosystem is creating additional applications for automated liquid handling.
Genomics, molecular biology and precision medicine often involve workflows requiring highly accurate and repeatable sample preparation.
Automated liquid handling platforms can support applications including next-generation sequencing, PCR testing, nucleic-acid extraction, library preparation and molecular diagnostics.
As laboratories increase testing volumes, automation becomes increasingly important for maintaining throughput and reproducibility.
Laboratory automation is gaining momentum
The growth of liquid handling systems is closely linked to the wider development of laboratory automation in Vietnam.
Industry analysts estimate that the country's laboratory automation market reached US$30.4 million in 2025 and is forecast to exceed US$50 million by 2034.
Growth is being supported by expanding diagnostic capacity, healthcare digitalisation initiatives, pharmaceutical manufacturing and increasing scientific research activity.
Liquid handling is a core component of this ecosystem, working alongside laboratory robotics, automated sample management, microplate readers, nucleic-acid purification systems and laboratory software.
Demand for higher throughput is increasing
As laboratories process greater numbers of samples, improving throughput has become an increasingly important priority.
Automated liquid handling allows laboratories to perform repetitive procedures at scale while maintaining consistent volumes and reducing the potential for manual error.
This is particularly relevant to clinical laboratories, pharmaceutical companies, biotechnology firms and research institutes, where sample volumes can vary considerably.
The technology can also help laboratories scale operations without requiring a proportional increase in manual processing.
Technology is becoming more sophisticated
The liquid handling market is evolving beyond basic automated dispensing.
Modern platforms can incorporate robotics, integrated laboratory instruments, automated sample tracking and software-controlled workflows.
Increasingly, systems are also being connected to laboratory information management systems and other digital platforms, allowing laboratories to track samples and processes throughout the workflow.
AI-enabled laboratory automation is another emerging area, with intelligent systems potentially helping laboratories optimise workflows, identify errors and improve resource utilisation.
Leading international suppliers
The competitive landscape includes a number of established global laboratory technology companies.
Leading providers include Thermo Fisher Scientific, Hamilton, Tecan, Beckman Coulter Life Sciences, Eppendorf, Agilent Technologies, Sartorius and Gilson.
These companies offer technologies spanning automated pipetting, liquid handling workstations, robotic systems and integrated laboratory automation.
As Vietnamese laboratories modernise, suppliers with solutions that combine precision, reliability, automation and software integration are positioned to participate in the country's expanding laboratory infrastructure.
A growing role in Vietnam’s life sciences ecosystem
Vietnam’s pharmaceutical, biotechnology and healthcare sectors are continuing to develop, creating a broader foundation for laboratory automation.
Investment in genomics, molecular diagnostics, pharmaceutical R&D, precision medicine and clinical testing is increasing the need for technologies that can process samples efficiently and consistently.
For suppliers, the opportunity extends beyond liquid handling instruments themselves to include automation software, robotics, consumables, integration services and technical support.
At approximately US$15 million in 2025 and forecast to reach around US$23 million by 2033, Vietnam’s liquid handling systems market remains a specialised segment of the laboratory technology industry.
However, its importance is closely linked to the much larger transformation taking place across Vietnam’s laboratories.
As the country strengthens its pharmaceutical, diagnostics and life sciences capabilities, automated liquid handling will increasingly become a fundamental technology for laboratories seeking greater speed, precision, reproducibility and scalability.