PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2104517
PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2104517
Automated Liquid Handling Technologies Market size was valued at US$ 2,580.9 Million in 2025, expanding at a CAGR of 11.8% from 2026 to 2033.
Automated liquid handling technologies generally refer to laboratory equipment that performs laboratory functions, such as, pipetting, dispensing, diluting, sample preparation, reagent preparation, plate replication, and other laboratory activities involved in research, diagnostics, pharmaceuticals, biotechnology, genomics, clinical, and industrial laboratory settings. Liquid handling technologies can be represented by laboratory equipment, typically stand-alone benchtop instruments, workstations, large laboratory centers, consumables, software, and services. One of the key trends fueling the growth of the laboratory equipment market is that laboratory automation technologies are increasingly in demand in life science laboratories, offering high-throughput screening and reliable results. Laboratory automation was one of the demanding discussion topics for Laboratory Automation and Screening (SLAS) meetings in 2025, as major vendors showcased next-generation products utilizing advanced artificial intelligence technologies to elevate laboratory processes to the next level.
Automated Liquid Handling Technologies Market- Market Dynamics
Expansion of Laboratory Automation and High-Throughput Research
The key growth drivers influencing the development of the automated liquid handling market and putting pressure on suppliers are the need to automate laboratory liquid handling processes in life sciences discovery research and high-end analytical laboratory activities. At the SLAS International Trade Show in January 2025, where thousands of laboratory automation professionals gathered to network and share knowledge, some manufacturers presented innovations driven by artificial intelligence that will change laboratory environments into more standardized, less labor-intensive ones. The standardization of laboratory processes and digitization of laboratory operations leads to the need for automation of liquid-handling to address the high-throughput requirements of assay discovery and high-end research.
The Global Automated Liquid Handling Technologies Market is segmented on the basis of Instrument Type, Application, Modality, Technology, End User, and Region.
By instrument type, liquid handling systems are used for dispensing and transferring liquids and are typically employed for low-volume laboratory activities with a moderate level of throughput. Single workstations can be configured to accommodate different pipetting technologies and deck arrangements and are often used in molecular biology, genomics, and pharmaceutical discovery research. Meanwhile, multiple instruments combined with robotic stations, incubators, plate readers, storage devices, and analyzers form complete automated laboratory systems. During 2025, automation suppliers continued to develop end-to-end laboratory systems and solutions. For example, Hamilton has partnered with Claret Bioscience and Pillar Biosciences to advance automation solutions for next-generation sequencing (NGS) library preparation and announced the acquisition of UK Robotics and Trisonic Discovery to broaden its reach in integrated liquid handling and laboratory automation solutions.
By modality, fixed tip liquid handling systems make use of integrated reagent channels and are ideal for high-throughput laboratories performing high-volume washing and decontamination procedures. Disposable tip-based liquid handling systems dominate the molecular diagnostics, clinical research, next-generation sequencing, and quantitative bioassay laboratory sectors because they reduce the risk of sample contamination. The choice of technology is determined by the expected level of throughput, the degree of contamination control needed, the complexity of the workflow, and the availability of consumables. During 2025, Tecan introduced the new Veya liquid handling system with artificial intelligence-driven workflow automation while the company announced the development of new pre-configured laboratory automation workflows to simplify laboratory operations in multi-omics research spaces. On the other hand, Thermo Fisher expanded its portfolio of sterile automation tips for use in robotic liquid handling systems to enable contamination-free laboratory automation solutions using disposable consumables.
Automated Liquid Handling Technologies Market- Geographical Insights
North America is the largest regional market for automated liquid handling systems. The region is home to numerous pharmaceutical companies, biotechnology companies, research institutes and clinical laboratories. The United States is the largest market for automated laboratory systems that use artificial intelligence and robots to perform research and manufacturing tasks. For example, in April 2025, Hamilton introduced the new Microlab(R) PuriFY(TM) automated nucleic acid purification system that can process up to 96 samples for genomic and molecular applications. Moreover, the growing demand in genomics, precision medicine, semiconductors and life sciences is expected to drive the requirement for high throughput laboratory automation.
Europe is also a large regional market for automated liquid handling systems. The demand for automated laboratory systems is growing in Europe due to the presence of lab equipment manufacturers, biotechnology companies and standardized laboratory equipment in the region. For example, in 2025, Eppendorf launched the new epMotion next-generation laboratory robotics platform that allows liquid dispensing from 1 µL to 1,000 µL. The new platform automates procedures such as PCR setup, sample normalization and next generation sequencing library prep among others. The company has also enhanced its software capabilities to improve operability and deliver higher level of consistency and reproducibility.
The competitiveness of the automated liquid handling technologies market is relatively high. Therefore, companies are trying to differentiate themselves by providing alternative ways to improve dispensing precision, robotic flexibility, advanced software, artificial intelligence, and applications in genomics, diagnostics, and drug discovery. In 2025, Beckman Coulter Life Sciences launched a new automated density gradient ultracentrifugation system called OptiMATE (TM) Gradient Maker, which enables 75% more efficient purification with greater consistency and performance to meet the growing need for intelligent laboratory automation. Additionally, other automated liquid handling industry participants, including those not integrated into the automation industry, could address the demand for automation in the lab by collaborating with the automated liquid handling industry to develop automation software for dispensers, as well as new automation applications in next-generation sequencing, cell biology, and biopharma discovery solutions.
In January 2025, Tecan Trading AG introduced the Veya(TM) liquid handling platform at the SLAS International Conference, incorporating AI-enhanced automation, digital workflow management, and scalable laboratory integration to simplify complex multi-omics applications.
In March 2025, Thermo Fisher Scientific launched the Thermo Scientific Vulcan(TM) Automated Lab, integrating robotic sample handling, artificial intelligence, and electron microscopy to automate semiconductor laboratory analysis.