Top 50 Mems Sensor

Nanusens develops nanoscale sensors and digitally tunable capacitors embedded within CMOS chips, enabling ultra-compact, single-chip solutions that significantly reduce size and cost compared to traditional multi-component sensors. This technology addresses the need for smaller, more efficient sensors in applications like 6G mobile devices, allowing for enhanced functionality and longer battery life.

SuZhou Huiwen Nano S&T provides compact, low‑power MEMS, electrochemical and catalytic combustion gas sensors together with flexible thin‑film pressure sensors, packaged as modules with on‑board MCU and digital interfaces (UART, I²C, SPI, BLE/Wi‑Fi). The sensors detect VOCs, methane, carbon monoxide, hydrogen and pressure changes with sub‑ppm sensitivity and sub‑second response, enabling real‑time safety monitoring for energy‑storage, automotive, smart‑home and industrial environmental applications. OEMs can customize firmware, detection thresholds and integrate via standard industrial protocols such as Modbus and CAN.

Insenso designs and manufactures MEMS‑based pressure sensing dies, calibrated sensor modules, and rugged transmitters that combine in‑house silicon design, micro‑fabrication, and turnkey packaging. The products deliver sub‑millimeter footprints, high accuracy, temperature compensation, and welded ports for aggressive media, enabling OEMs in industrial, automotive, medical, and scientific equipment to integrate precise pressure measurement without extensive redesign.

Smart Sensor specializes in the development and manufacturing of MEMS (Micro-Electro-Mechanical Systems) sensors that provide precise measurements for various applications, including environmental monitoring and industrial automation. These sensors enhance data accuracy and operational efficiency, addressing the need for reliable and compact sensing solutions in diverse industries.

Wynd Technologies offers the Sentry, a smart monitoring system that utilizes airID technology and SiSonic™ MEMS sensors to detect cigarette, marijuana, and vape smoke with over 99% accuracy, as well as noise disturbances, within a 750 sq ft area. This solution provides instant alerts and detailed reports to help property managers enforce smoking policies, prevent property damage, and maintain a peaceful environment, ultimately saving hotels and multi-family properties significant costs associated with smoking incidents.

The startup develops a biology platform utilizing integrated micro-electro-mechanical systems to enhance treatment, diagnosis, and care in the healthcare sector. This technology provides health companies with accessible solutions for managing life-threatening autoimmune disorders, aggressive cancers, addiction, and pain management.

Audiowell provides compact, high‑precision sensor and actuator modules—including ultrasonic transducers, MEMS flow sensors, piezoelectric actuators, and material‑identification sensors—with built‑in signal conditioning and standard digital interfaces such as I2C, SPI, and UART. The IP67‑rated, temperature‑compensated devices are ready‑to‑integrate for OEMs and system integrators in automotive, smart‑home, industrial automation, and medical equipment, reducing development effort and time‑to‑market.

This startup develops microelectronic and biomedical technology platforms, including microelectromechanical systems, flexible and wearable electronics, and advanced sensor technologies. These innovations enable advancements in healthcare, telecommunications, and advanced materials by enhancing product capabilities and driving technological progress.

Sendai Smart Machines develops MEMS-based piezoelectric energy harvesters that generate power from vibrations in harsh environments, enabling continuous wireless data transmission without the need for batteries or wired power. This technology addresses the challenge of energy supply for sensor nodes in industrial applications, enhancing the reliability and efficiency of IoT systems.

AdHawk Microsystems develops micro-electromechanical (MEMS) eye-tracking technology that requires 1000 times less data than traditional camera-based systems while achieving sampling rates of up to 500 Hz with less than 4 ms latency. This technology enables precise tracking of eye movements for applications in AI smart glasses, augmented reality, and cognitive research, providing high-quality data on user attention and mental state.

YaoXin Microelectronics Technology designs and manufactures advanced semiconductor power devices and MEMS sensors. They offer silicon and silicon carbide MOSFETs, IGBTs, and various MEMS sensors for power conversion, signal processing, and sensing applications.

This company develops MEMS-based acoustic technology to enhance voice interactions in IoT and AI-powered automation products. Their technology aims to improve the effectiveness and efficiency of voice-enabled devices.

Epona AI Labs develops AI-powered machine-listening algorithms that improve the accuracy of sensor data for scene and object classification. Their technology enhances the effectiveness of sensor-generated data, enabling more reliable environmental understanding.

Micronworks specializes in the design and fabrication of high-precision micro-electromechanical systems (MEMS). They deliver custom solutions for applications requiring advanced sensor technology and miniaturized actuation. The company focuses on integrating complex mechanical structures with electronic interfaces for demanding industrial and medical uses.

The startup develops a real-time health monitoring platform that integrates a multi-analyte biosensor with scalable AI to detect and analyze biomarkers with high precision. This technology enables early disease diagnosis and management by automating health data processing and providing actionable insights to improve patient care and outcomes.

Minsheng New Technology manufactures wireless radio frequency filters, piezoelectric microphones, and ultrasonic sensor chips, addressing the growing demand for high-performance components in 5G communication and IoT devices. With over a hundred registered patents, the company provides reliable solutions that enhance signal clarity and sensor accuracy in various applications.

B‑Micron provides an integrated platform that combines MEMS foundry services, MedTech CDMO capabilities, and consumable R&D in a single cleanroom environment. It enables hardware startups and OEMs to move from concept design through wafer fabrication, packaging, sterile assembly, and regulatory‑compliant production, reducing hand‑off delays and accelerating time‑to‑market for sensors, microfluidic devices, photonic components, and medical hardware.

OQmented develops MEMS-based laser scanning solutions that enable lightweight, stylish augmented reality smart glasses with long battery life. This technology addresses the need for comfortable and high-performance wearable devices that integrate advanced display and projection capabilities, enhancing user interaction with digital content.

Sensibel develops ultra-high-sensitivity MEMS microphones utilizing patented optical technology that combines interference and diffraction to achieve true studio-quality audio in a compact form factor. This technology enables clear recordings in high-noise environments and provides a flexible platform for various applications, eliminating the trade-off between size and performance found in traditional microphones.

Nanomade creates ultra-thin, flexible quantum deformation sensors that turn any surface into an interactive interface. These sensors detect minute deformations, force, and touch with high sensitivity, enabling applications in vital sign monitoring, structural integrity assessment, and intuitive human-machine interfaces.

This company develops a solid-state piezoMEMS silicon platform for consumer electronics. Their core products include MEMS micro speakers, acoustic vents, and micro cooling solutions for thermal management. These components enable thinner, lighter devices with enhanced audio clarity and reduced thermal throttling for Edge AI applications.

YW MEMS specializes in the research and development of micro-electromechanical systems (MEMS) chips and modules, which are essential for applications in sensors and actuators. The company addresses the need for miniaturized, high-performance components that enhance device functionality while reducing size and power consumption.

Neiry develops neuro interfaces and processing algorithms that capture and analyze physiological signals, including EEG and FPG data, to enhance cognitive performance across various sectors such as healthcare, education, and industrial safety. Their technology provides real-time metrics of brain activity, enabling users to optimize mental workload and improve decision-making processes.

Stathera develops a True dual-output MEMS oscillator that provides both MHz and kHz timing references from a single device, replacing the need for multiple quartz oscillators. This solution reduces PCB space, lowers bill of materials costs, and enhances system performance and battery life in connected devices such as wearables and IoT applications.

Amensio develops wireless sensor technology for biotechnology, enabling mobile and parallelized measurements. Their systems allow for real-time data collection and analysis in bioprocesses, improving efficiency and control.

MEMSYS provides lifetime condition monitoring solutions by harvesting energy directly from machine vibration. This self-powered technology eliminates the need for batteries, wiring, and associated maintenance programs for industrial sensors. The result is scalable, continuous vibration data acquisition in harsh or remote operational environments.

Syntiant develops Neural Decision Processors™ that enable the deployment of deep learning models on power-constrained edge devices, significantly enhancing efficiency and throughput compared to traditional microcontrollers. Their technology addresses the limitations of cloud dependency by providing ultra-low-power, high-performance processing for applications in battery-powered products like hearing aids and smart speakers.

This company develops proprietary triaxial sensors that capture vertical pressure, shear forces, and rotational tilt for a complete 3D view of contact dynamics. These compact sensors integrate into insoles, gloves, and robotic systems to deliver precise, real-time force vector data. The technology supports advanced applications in biomechanics, sports science, digital health, and robotics.

LUKEN Technologies provides advanced MEMS-based testing solutions for the semiconductor and display industries. Their M-POGO pins and probe cards enable high-speed, fine-pitch testing of complex electronic components, ensuring accurate device validation.

AARDEX Group provides MEMS AS®, a medication adherence software that utilizes over seventy proprietary algorithms to monitor and analyze medication-taking behaviors in clinical trials. This technology addresses the issue of non-adherence, which affects up to 50% of trial participants, by delivering real-time insights that help researchers identify and support individuals who may struggle with their medication regimens.

Nanodevice provides end‑to‑end engineering of custom analyte sensors—including Bio‑FET, electrochemical, capacitance, impedance, and optical transducers—and integrates them into microfluidic cartridges. It also delivers rapid prototyping, handheld instrumentation, and scalable manufacturing with ISO‑compliant testing and API‑based data export for diagnostics, agritech, environmental and wearable applications.

Advanced Navigation provides inertial navigation systems (INS) and inertial measurement units (IMU) that combine MEMS or fiber‑optic gyroscope data with optional dual‑antenna RTK GNSS, acoustic USBL, and air‑data inputs. The hardware and embedded sensor‑fusion firmware deliver continuous position, velocity, and attitude estimates with low drift in GNSS‑denied, jammed, or degraded environments, and support standard interfaces (CAN, Ethernet, UART) and an open SDK for integration. Products target defense integrators, autonomous mining and construction equipment, marine/subsea vehicles, and aerospace/UAV platforms requiring rugged, temperature‑rated navigation solutions.

Sonai provides a point‑of‑care device that combines ultrasound imaging, phonocardiogram, 12‑lead ECG, and motion sensing into a single handheld platform. On‑device AI processes the raw signals to deliver quantitative cardiac metrics within seconds, with cloud analytics and FHIR‑compatible APIs for EHR and telehealth integration.

The startup develops ultra-small camera modules, including wide-angle, 3D, and spectroscopic options, utilizing optical MEMS technology for diverse applications. These modules provide compact imaging solutions that enhance visual capabilities in various fields, addressing the need for space-efficient optical systems.

The startup develops a low-power system on a chip (SoC) with an integrated AI accelerator, designed for use in smartwatches, electronic shelf labels, and battery-powered IoT devices. This technology enables manufacturers to create energy-efficient smart devices that enhance user experience and functionality.

Point Engineering mass produces large-size Metal-Molded Polymer Micro-Probe (MMPM) wafers using proprietary MMPM and MEMS technologies. Their wafer-level manufacturing enables scalable, cost-effective production of advanced micro electrical components like buckling and spring probes for semiconductor testing and advanced packaging.

USound develops MEMS-based silicon speakers that provide high-resolution audio in a compact form factor, enabling manufacturers to create immersive hearable and wearable devices. Their technology reduces power consumption and manufacturing costs while enhancing design flexibility, making it ideal for applications like true wireless stereo earbuds and audio glasses.

Silex is a pure-play MEMS foundry providing advanced engineering and manufacturing services for MEMS innovations. They offer unmatched capabilities in quality and scale, ensuring reliability and intellectual property protection for customers' MEMS devices. Silex supports the entire product lifecycle from concept to market.

The startup develops ultra-small radar motion detection sensors that integrate antennae and controllers to enhance energy efficiency in various applications. These sensors provide stable performance, enabling clients to implement effective energy-saving measures in their operations.

Agate Sensors offers a CMOS‑native hyperspectral sensor that captures 400–950 nm light across hundreds of wavelengths with sub‑10 nm resolution, delivering real‑time spectral video without moving parts or external optics. The chip integrates edge‑intelligence for on‑device analysis and is programmable via firmware, enabling OEMs to embed low‑cost, high‑volume spectral imaging into wearables, smartphones, drones, and defense equipment.

The startup develops cost-effective inertial measurement units and integrated GPS and INS modules for automotive, robotic, and autonomous applications. Their technology enhances the precision and reliability of navigation and motion sensing, enabling clients to improve the performance and functionality of their products.

Wormsensing designs and manufactures next-generation strain sensors utilizing innovative piezoceramic technology for dynamic strain measurement. These sensors resolve traditional conflicts between integration, performance, and accessibility in vibration monitoring applications. The resulting solutions enable systematic, large-scale measurements that enhance operational control and reliability for industrial clients.

Flusso develops customizable mass flow and air velocity sensors using proprietary T-MEMS technology, which enhances measurement precision and reliability across various applications. Their solutions address the need for accurate flow measurement in industries such as automotive, medical, and HVAC, enabling improved energy efficiency and operational performance.

Haiman develops MEMS-based analysis chips and instruments, including microcantilever gas sensing systems and thermal analysis devices, to provide precise characterization of materials and chemical interactions. The company's technology enables researchers and industries to efficiently analyze trace gases and thermodynamic properties, facilitating advancements in fields such as biochemistry and catalysis.

Zero Point Motion develops inertial sensors utilizing silicon photonics for enhanced acceleration and rotation sensing. These inertial measurement units provide high-precision positioning and navigation capabilities for autonomous systems. The technology targets applications across drones, robotics, wheeled platforms, and wearables.

HME Square develops the GlucoSOUND Portable, a non-invasive glucose meter that utilizes photoacoustic and MEMS sensor technology to measure blood glucose levels without the need for blood sampling or needles. This device addresses the discomfort and inconvenience faced by diabetics who require regular glucose monitoring, thereby improving their quality of life.

iNGage develops high-performance inertial MEMS navigation sensors for autonomous mobility applications. Their sensors enable GPS-free navigation for high-volume applications like industrial robotics and automotive, using patented MNEMS technology.

The startup develops capacitive pressure sensors with a stable vacuum reference and specialized coating materials for customizable sensing applications in diagnostic equipment. This technology provides medical professionals with precise timing and frequency reference services, enabling accurate decision-making in patient care.

Somalytics develops miniature eye-tracking sensors that enhance human-machine interaction in wearables and industrial safety applications. These sensors provide precise tracking capabilities, improving operational efficiency and safety in environments where traditional tracking methods are inadequate.

Corephotonics delivers a full‑stack multi‑aperture camera platform for smartphones and other compact devices, combining compact lens modules, MEMS‑based zoom and optical‑image‑stabilization actuators, and on‑device AI image‑fusion software. The solution provides higher light throughput, accurate depth mapping and real‑time scene understanding while fitting within thin chassis and supporting high‑volume manufacturing. It targets mobile OEMs, automotive and AR/VR suppliers seeking integrated imaging modules with extensive patent coverage.