Application Fields of Liquid Handling Components

Liquid Handling Components feature high precision, fast response, and easy control, making them core fluid control components in various intelligent equipment. They are widely used in high-end manufacturing industries. The main downstream industries currently include medical devices, life sciences, etc., and the rapid development of terminal application markets provides vast market space.

Liquid Handling Components in Medical Device Industry

The medical device industry is an interdisciplinary, technology-intensive industry. Medical devices include medical equipment, in vitro diagnostic instruments, medical consumables, etc. With the enhancement of people's health awareness and the continuous advancement of medical technology, the medical device market continues to grow steadily.

In vitro diagnostic instruments are one of the most important sub-sectors of the medical device industry, and they have developed rapidly in recent years. According to the detection principles and methods, in vitro diagnostics can be classified into biochemical diagnostics, immunodiagnostics, molecular diagnostics, hematology diagnostics, microbiological diagnostics, urine diagnostics, flow cytometry diagnostics, etc. In vitro diagnostic instruments primarily analyze and detect biological samples such as blood, body fluids, and tissues. The execution actions of sampling devices, pretreatment systems, separation devices, detection devices, and sample pre- and post-processing systems are almost entirely led by Liquid Handling Components.

Critical medical devices such as ventilators, anesthesia machines, and dialysis equipment rely heavily on precision Liquid Handling Components to achieve their main functions. In ventilators and anesthesia machines, the concentration of oxygen or anesthetic gas, the gas supply speed, and the gas supply pressure need to be precisely controlled by fluid control components. In dialysis equipment, the transport of blood and dialysis fluid, waste liquid discharge, and cleaning and maintenance of the instrument all require Liquid Handling Components to complete.

The medical device industry has a huge demand for Liquid Handling Components, which will drive the accelerated development of the microfluidic control components industry.

Liquid Handling Components in Life Sciences Industry

Life sciences involve the study of life phenomena, the understanding of life activity laws, and the essence of life, covering subjects like animals, plants, microorganisms, and humans. Research levels involve molecules, cells, tissues, organs, individuals, groups, communities, and ecosystems. Life science instruments and laboratory equipment are foundational tools and application environments vital for life science research, supporting scientific development and technological innovation. In the life sciences industry, Liquid Handling Components are mainly used for detecting, analyzing, synthesizing, and screening related substances, including gene sequencers, laboratory automation sample processing, scientific analysis instruments, biopharmaceuticals, cell therapy, and tissue culture-related equipment.

Gene sequencing is a crucial direction in the life sciences industry, widely used in multi-omics research, population cohort gene sequencing projects, new drug research and innovation, microbial detection, tumor diagnosis and treatment, assisted reproduction, etc. Steps such as sample processing, reagent distribution, and cleaning maintenance in gene sequencers are predominantly executed by precision Liquid Handling Components.

In scientific analysis, fields like chromatography, mass spectrometry, single-cell sorting, and protein purification extensively use miniature precision fluid components. Key actions in sample collection, distribution, and processing in chromatography and mass spectrometry instruments are almost all executed by miniature precision fluid control components.

Currently, life science instruments are experiencing rapid growth, providing a broad space for the future development of Liquid Handling Components.