Integrating the development and production of full chain services in the field of microfluidic technology, making it easier to scale microfluidic chips from 1 to 100!

What is microfluidics?

Microfluidics refers to the science and technology involved in the use of microchannels (with sizes ranging from tens to hundreds of micrometers) to process or manipulate tiny fluids (with volumes ranging from nanoliters to nanoliters). This is an emerging interdisciplinary field involving chemistry, fluid physics, microelectronics, new materials, biology, and biomedical engineering.

In the contemporary field of IVD, microfluidic chips developed based on the science and technology of microfluidics integrate basic operational units such as sample preparation, reaction, separation, and detection from biological, chemical, and medical analysis processes onto a micrometer scale chip, automatically completing the entire analysis process. Microfluidic detection chips typically have advantages such as low sample consumption, high throughput, fast detection speed, easy operation, multifunctional integration, small size, and portability. The key to its widespread application lies in low-cost, large-scale forming technology and its manufacturing accuracy.

A complete IVD microfluidic system consists of three elements: reagents, chips, and instruments. The reagent system is the foundation of detection methodology, the microfluidic chip serves as the core consumable carrier for sample processing, biochemical reactions, and analytical detection, and the analytical instrument is an auxiliary tool for implementing fluid control, temperature control, and obtaining detection results. The three elements complement each other and are indispensable.

IVD, and even the entire life sciences industry, is a diagnostic testing market centered around the human body, with diverse demands, multiple interdisciplinary fields, and a small single market. It must rely on industrial division of labor to improve efficiency. This will likely be the future development direction of the domestic IVD industry. Technology becomes a commodity, testing the ability of mass manufacturing. This requires founders with a biological background to have a large manufacturing team that enables products to achieve from 0 to 1, from 1 to 100, and from 100 to 10000.  

WONGENY was founded in Suzhou in 2018 and is a pioneer in fully automated production of microfluidic chips worldwide. Belonging to the "National High tech Enterprise" and "Unicorn Cultivation Enterprise", it is a key investment enterprise of Suzhou Municipal Government and has received multiple rounds of investment from Suzhou State owned Assets and Marketization Fund. After years of research and development accumulation, we currently have the OEM/ODM/CDMO service capability that integrates "life science instruments+biochar consumables+automated production equipment", which can meet customers' multi-dimensional needs for research and development, manufacturing, and production. Our service areas cover in vitro diagnostics, medical devices, life sciences, biomedicine, etc. We specialize in the research and development, manufacturing, production process development, mold manufacturing, and mass production services of high-value biological consumables and life science instruments represented by microfluidic chips. We also provide customers with high-quality services in molecular testing, cell culture, immunotherapy, biopharmaceuticals, medical devices, and other areas.

At present, we have mastered the complete industrial chain research and development, production and manufacturing processes, as well as systematic process capabilities, and can efficiently provide customers with the necessary services at all stages. Life science instruments cover a wide range of product development capabilities, including molecular POCT, pathogen detection assembly line automation system, single-molecule immunoassay analyzer, fully automatic dry multifunctional detector, veterinary multifunctional analysis detector, zebrafish series laboratory instruments, microfluidic biochemical analyzer, chemical luminescent immunoassay analyzer, ultrasonic lysis instrument, fully automatic complex biological sample (FFPE) nucleic acid extraction system, fully automatic DNA methylation pretreatment workstation, sample pretreatment, fully automatic sample cupping system, instrument standard module, etc.

Life science instruments require the use of biochar consumables as carriers for adding reagents and samples, and combining them into one for effective use. The consumables section of WONGENY Biochip has comprehensive production capabilities including mold design and manufacturing, precision parts processing, precision injection molding, 3D printing, film material composite, and precision die-cutting. Especially precision injection molding, produced in ISO Class 10000 cleanrooms, including single and double injection molding, microarray injection molding, microchannel injection molding, can be used for hydrophobic water treatment, and can produce materials such as COC COP、PP、PS、PMMA、PC、 Various polymer materials such as silicone rubber.

To mass produce biochar consumables, it is necessary to rely on automated production equipment and replace manual labor through industrial automation to improve production capacity and quality, ultimately ensuring a continuous supply of market demand. Wanguiyuan focuses on precision medicine in the field of automatic production equipment, mainly providing specialized medical equipment such as microfluidic chip production series equipment, biological reagent filling and packaging series, interventional sterile instrument automation production line, injection pen automation production line, inhalation drug delivery instrument automation production line, bottle washing machine, reagent freeze-drying equipment, freeze-drying ball packaging equipment, fully automatic packaging and labeling machine, and experimental single machine series equipment. The process module includes more than 30 customized processes such as laser welding, laser cutting, ultrasonic welding, hot press bonding, UV bonding, UV curing, resin adhesive bonding, reagent embedding, freeze-dried ball packaging, freeze-dried ball quality inspection, microsphere sorting, microsphere synthesis, FPC multi-layer packaging, device assembly, online weighing, channel quality inspection, and finished product packaging.

Wanguiyuan Intelligent Automation

Through the accumulation of multiple core technologies in the field of biomedicine, WONGENY has successfully broken through key microfluidic technologies and industrial manufacturing, truly achieving large-scale mass production and providing customers with one-stop microfluidic chip services. Our professional R&D team has years of rich experience in microfluidic project design and development, and can provide customers with a complete set of customized chip and instrument R&D, design, manufacturing, and verification technology services; The passing of ISO 13485 and other related quality system certifications ensures the high quality, high standards, high precision, and high durability of chip consumables production; A GMP workshop of 10000 levels ensures a medical grade production environment; Multiple mature production processes and systematic process capabilities can efficiently provide customers with functional modular design, flexibly combine according to customer needs, and ensure the mass production of high-quality products.

After the epidemic, various enterprises have significantly reduced costs, lowered capital investment, and improved the success rate of research and development. The main strategies adopted in product line development include external acquisitions, commissioned development, etc. WONGENY focuses on only one thing, providing overall production and manufacturing solutions for IVD products. Instruments, chip consumables, and reagents are interdependent. Microfluidic chips need to be mass-produced, and Wan Guiyuan can be fully responsible for injection molding, mold opening, research and development design, coordinating resources, and doing things well with minimal cost. Avoid mutual buck passing between departments and different suppliers during the R&D and production process, which may delay the product launch time.

Microfluidic chips are destined to become a deeply industrialized scientific technology. In the future, Wanguiyuan's layout will organically combine cutting-edge technology research and development with product market mass production. It is not only a passive CDMO system solution supplier, but also an active grasp of cutting-edge technology to make enterprises more competitive in the market.

The 22nd China International Conference and Exhibition Center for Laboratory Medicine and Blood Transfusion Instruments and Reagents (CACLP) will be held from March 22nd to 25th, 2025, and WONGENY will also participate in this grand event as scheduled.

CACLP 2025

meeting information

The 22nd China International Laboratory Medicine and Blood Transfusion Instrument Reagent Expo (CACLP), as a global IVD flagship expo, integrates exhibition display, academic exchange, brand promotion, supply chain construction, investment promotion, and negotiation of cooperation. We will continue to keep up with the new trends in the global in vitro diagnostic industry, with the aim of promoting academic exchanges, technological innovation, market cooperation, and brand promotion, and providing exciting and comprehensive support and services.    

Exhibition time:

March 22-24, 2025

Exhibition address:

Booth Number:

Hangzhou Grand Convention and Exhibition Center

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