On June 23–24, 2026, the 2026 MEMS Standardization and Industry Development Youth Forum & Establishment Conference of the MEMS Gas Sensing Standardization Working Group was successfully held in Zhengzhou, China.
The event was hosted by the National Technical Committee on Micro-Electro-Mechanical Systems of Standardization Administration of China (SAC/TC 336) and jointly organized by Hanwei Electronics Group Corporation 和 Zhengzhou Winsen Electronics Technology Co., Ltd.
Experts, scholars, young researchers, industry representatives and enterprise leaders from the MEMS and gas sensing fields gathered in Zhengzhou to discuss the integration of standardization, technological innovation and industrial development.
The successful establishment of the working group marks an important step forward for the standardized development of China’s MEMS gas sensing industry.
A Key Step Forward for MEMS Gas Sensing Standardization
On the morning of June 24, the MEMS Gas Sensing Standardization Working Group was officially established.
During the conference, representatives from SAC/TC 336, Zhengzhou High-tech Industrial Development Zone and Winsen delivered speeches and expressed strong expectations for the future development of the working group.
In recent years, MEMS gas sensing technology has developed rapidly. With advantages such as miniaturization, low power consumption, high integration and large-scale manufacturing capability, MEMS gas sensors are being widely adopted in industrial safety, environmental monitoring, smart home, automotive electronics, portable detection devices and intelligent IoT terminals.
At the same time, the industry still faces several challenges:
- inconsistent product performance indicators
- different test and evaluation methods
- lack of reliability classification standards
- limited unified specifications for upstream and downstream adaptation
- fragmented technical routes and application requirements
These challenges may restrict large-scale application, product consistency and international competitiveness.
Against this background, SAC/TC 336 decided to establish the MEMS Gas Sensing Standardization Working Group. The working group includes universities, enterprises, research institutes and testing institutions. As the leading organization of the working group, Winsen will organize and promote related standardization work, helping the industry build a more systematic and coordinated technical framework.
Industry-Academia-Research Collaboration Drives Innovation
Since 2022, SAC/TC 336 has promoted the MEMS Youth Forum as a high-level communication platform for young researchers and industry professionals.
During this year’s forum, well-known experts and young scholars from universities, research institutes and enterprises shared technical reports covering a wide range of MEMS-related topics, including:
- embodied intelligence sensors
- infrared detectors
- building and infrastructure safety monitoring
- gas sensing technologies
- MEMS device design and manufacturing
- industrial application and standardization practices
The presentations reflected both academic foresight and practical industrial demand. The event created an active atmosphere for technical exchange and demonstrated the strong vitality of collaborative innovation in the MEMS gas sensing field.
Through deeper integration among industry, academia, research and application, MEMS gas sensing technology is expected to accelerate its transition from laboratory innovation to scalable industrial deployment.
Why Standardization Matters for MEMS Gas Sensors
Gas sensors are widely used in safety-critical and performance-sensitive applications. Whether used in industrial gas detection, environmental monitoring, smart appliances, automotive systems or portable devices, customers need stable, comparable and reliable sensor performance.
For MEMS gas sensors, standardization is especially important because the technology is moving rapidly toward:
- smaller sensor structures
- lower power consumption
- higher integration
- intelligent signal processing
- mass production
- broader application scenarios
Without unified testing methods and performance evaluation criteria, it becomes difficult for customers, equipment manufacturers and system integrators to compare products, verify reliability and accelerate adoption.
The establishment of the MEMS Gas Sensing Standardization Working Group will help the industry form stronger technical consensus in areas such as:
- terminology and classification
- performance indicators
- test methods
- reliability evaluation
- application adaptation
- production consistency
- system integration requirements
This will support more orderly industry development and help MEMS gas sensing technology achieve wider application in domestic and global markets.
Winsen’s Role in MEMS Gas Sensing Development
As a professional sensor solution provider, Winsen has long focused on gas sensing technologies and product development. The company has built a broad portfolio covering electrochemical, semiconductor, infrared, catalytic, MEMS and integrated gas sensor module technologies.
In the field of MEMS gas sensing, Winsen continues to promote product miniaturization, intelligent integration and application-oriented innovation. Our MEMS-related gas sensing solutions are designed to support customers in areas such as:
- industrial safety monitoring
- household gas safety
- air quality detection
- automotive air quality monitoring
- smart appliances
- portable gas detection
- IoT sensing terminals
- low-power intelligent devices
As the leading organization of the MEMS Gas Sensing Standardization Working Group, Winsen will actively participate in organizing technical discussions, promoting standard development and supporting industry collaboration.
Our goal is to help build a more open, coordinated and high-quality ecosystem for MEMS gas sensing technology.
Building a High-Quality Future for the MEMS Gas Sensing Industry
The successful establishment of the MEMS Gas Sensing Standardization Working Group is not only a milestone for the MEMS gas sensing field, but also an important signal for the future development of the sensor industry.
Standardization can help transform scattered technical progress into common industry capability. It can improve product comparability, strengthen customer confidence, reduce application barriers and support global market development.
Looking ahead, as MEMS gas sensing standardization continues to advance, the industry will be able to:
- build stronger technical consensus
- improve product quality and consistency
- accelerate commercialization of innovative technologies
- strengthen industry chain coordination
- improve international competitiveness
- support safer, smarter and more sustainable applications
Winsen will continue to work with universities, research institutes, testing organizations, industry partners and application customers to promote the high-quality development of MEMS gas sensing technology.
Through standardization, collaboration and innovation, we look forward to building a stronger foundation for the next generation of intelligent gas sensing solutions.
