Top 50 Mems Sensor

Omnitron Sensors has developed a patented topology for MEMS manufacturing that enhances production efficiency, reliability, and cost-effectiveness. This technology addresses the fragility and high costs associated with traditional MEMS sensors, particularly in applications like LiDAR for autonomous navigation and advanced driver assistance 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.

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.

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.

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.

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.

xMEMS develops a piezoMEMS silicon platform that enables the creation of ultra-thin, high-performance audio solutions, including the world's first 1mm-thin MEMS loudspeaker and active micro cooling fan. Their technology addresses the need for compact, efficient audio and cooling systems in consumer electronics, enhancing sound quality and device performance without compromising design aesthetics.

EMCORE provides high-performance inertial navigation solutions for aerospace and defense platforms, offering assured Position, Navigation, and Timing (PNT) in GPS-denied environments. They leverage Fiber Optic Gyro (FOG), Ring Laser Gyro (RLG), and MEMS technologies to deliver accurate and reliable navigation systems with reduced Size, Weight, and Power (SWaP).

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.

Develops contact-free, chip-scale biomagnetic sensors that detect neural activity without direct skin contact, enabling integration into wearables for applications in health monitoring, gesture control, and personalized mental health treatments. These low-power, cost-effective sensors provide unprecedented data on biometrics, emotions, and cognitive states, supporting advancements in consumer devices, prosthetics, and neurodegenerative disorder detection.

Norlase develops portable laser systems, including the Echo pattern laser and the LION indirect ophthalmoscope, utilizing MEMS pattern technology and battery-powered designs to enhance treatment flexibility for retinal and glaucoma diseases. These devices eliminate the need for bulky equipment, enabling efficient and accessible care in various clinical settings.

Nomad Atomics develops miniaturized quantum sensors, including magnetometers and gravimeters, designed for field applications in resource exploration and navigation. These sensors provide precise measurements that lower exploration costs and enhance operational efficiency in mining and resource management.

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.

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.

Zero Point Motion develops photonic inertial sensors that provide high-precision acceleration and rotation measurements for autonomous systems. Their technology enhances positioning and navigation capabilities, ensuring reliable performance in dynamic environments.

Pearl Semiconductor develops high-performance reference clocks and clock generators using SingleDie™ technology, which integrates piezoelectric MEMS resonators with CMOS circuitry for enhanced frequency stability and low thermal latency. Their products address the need for precise timing solutions in demanding industrial, networking, telecom, and automotive applications, operating effectively across extended temperature ranges.

MEMSYS develops patented Quartz Energy Harvesters that convert vibrations from industrial machinery into usable energy for powering sensors and trackers. Their EchoRail tracker, designed for heavy rail applications, is self-powered and can reduce operational expenses by up to 50% by eliminating the need for primary batteries.

Bota Systems develops compact 6-axis force torque sensors that provide precise force and torque measurements for robotic applications, enabling robots to interact safely and effectively with their environment. Their technology reduces integration time and enhances productivity by allowing for consistent force application in tasks such as polishing and assembly, addressing the need for skilled labor in demanding industrial processes.

The startup develops an interactive sensor platform for robots, offering collision and proximity detection, thin torque, and multi-axis force torque sensors. This technology enables businesses to automate workflows, enhancing operational efficiency and productivity.

Wormsensing manufactures the world's thinnest piezo ceramic vibration sensors, utilizing a unique process to produce high-quality 2D crystalline materials for precise dynamic strain measurement. This technology enables large-scale, systematic monitoring of vibrations, addressing the limitations of traditional sensors in performance, integration, and accessibility.

InchFab provides scalable microfabrication services using a proprietary ultra-low-cost platform, specializing in MEMS foundry processes such as silicon micro-motor rotors and wafer bonding. This approach significantly reduces turnaround time and manufacturing costs for MEMS devices, addressing the industry's need for efficient prototyping and production.

FaradaIC Sensors develops the world's smallest electrochemical gas sensors on a microchip, designed for high-volume applications across various industries. These sensors provide cost-effective and flexible gas sensing solutions for food logistics, breath analysis, IoT, and energy sectors, addressing the need for compact and efficient gas detection technology.

Silicon MicroGravity develops resonant MEMS accelerometers and gyroscopes designed for high-performance inertial navigation systems, addressing the need for compact and cost-effective motion sensing in defense, aerospace, and autonomous vehicles. Their MEMS gravimeters provide precise gravitational data for applications such as subsurface detection and civil engineering, enabling advancements in both terrestrial and space-based gravity sensing.

Soundskrit develops bio-inspired MEMS directional microphones that capture sound from a specific direction while minimizing background noise interference. This technology allows for high-quality audio pickup in compact devices, enhancing voice clarity in noisy environments without the need for multiple microphone arrays.

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.

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.

VOCSens develops self-calibrating, ultra-low-power multi-gas microsensors using patented CMOSEnvi™ technology, enabling precise measurement of various gases and volatile organic compounds (VOCs) for diverse industries. Their EnviCam® product line helps businesses meet regulatory compliance and enhance environmental safety by providing accurate gas concentration data.

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.

The startup develops AI-in-sensor processing technology that enables direct coupling of sensors to convolutional neural networks, significantly reducing latency, power consumption, and costs in edge computing applications. This technology provides ultra-low power and ultra-low latency performance, enhancing the efficiency of AIoT devices compared to traditional solutions like memristors and resistive RAM.

Tunable AS develops miniaturized gas analyzers that utilize MEMS technology and infrared spectroscopy for real-time, multi-gas analysis, enabling precise measurements in various applications. Their technology addresses the need for reliable gas data in industries such as maritime emissions monitoring, quality control in fresh produce, and industrial process optimization, all while significantly reducing the size and maintenance costs of traditional gas analyzers.

Atomic Machines is developing a digital micro-device manufacturing platform that enables real-time fabrication of micro-electromechanical systems (MEMS) at any scale. This technology addresses the limitations of traditional silicon fabrication by allowing for the rapid production of diverse applications, including medical micro-robotics and advanced RF switching devices.

Calumino has developed a proprietary thermal sensor that utilizes a Micro-Optical Mechanical System (MOMs) to deliver high-performance, low-cost thermal imaging for mass-market applications. This technology provides accurate occupancy and asset monitoring data while ensuring privacy protection, addressing the need for non-intrusive environmental insights across various industries.

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.

The startup develops spherical sensors and analyzers for chemical sensing, utilizing advanced sensor technology to detect moisture, hydrogen, and other environmental attributes at the nanoscale. Their products enable real-time identification of various gases, addressing the need for high-speed and highly sensitive environmental monitoring solutions.

Synature is developing real-time biodiversity assessment technologies using eco-acoustic methods, featuring a smart microphone equipped with high-sensitivity MEMS microphones and an ARM Cortex M7 processor for efficient audio data processing. This technology enables precise monitoring of ecosystem health, addressing the urgent need for effective biodiversity measurement to prevent global biodiversity collapse.

Instrumems Inc develops nano-sensors that accurately measure temperature, velocity, and humidity for various industrial applications. These sensors provide real-time data to enhance environmental monitoring and improve operational efficiency in sectors such as manufacturing and agriculture.

The startup specializes in the production of thin glass substrates for microelectronics and photonics applications, utilizing advanced manufacturing techniques to ensure high-volume output. Their solutions enable manufacturers to enhance the performance and reliability of RF, MEMS, and sensor technologies by providing a robust platform material.

Vena Vitals develops a soft wearable sensor that continuously monitors blood pressure with clinical accuracy using advanced sensor technology. This device addresses the need for reliable and real-time blood pressure tracking, enhancing patient care and enabling timely medical interventions.

The startup develops stretchable IoT sensor technology that accurately measures force, weight, balance, and pressure through integrated electronics and algorithms. This technology provides manufacturers with critical data on product strength and performance, enhancing their ability to evaluate and optimize device functionality.

Enervibe develops MEMS-based vibration energy harvesting chips that convert mechanical energy from vibrations, impacts, and bending into electrical energy for self-powered wireless sensors and IoT devices. This technology eliminates the need for toxic batteries, reducing waste and maintenance costs associated with traditional sensor networks.

MEMS Drive utilizes Micro-Electro-Mechanical Systems (MEMS) technology to enhance imaging capabilities in mobile devices, providing users with professional-grade camera experiences. This technology addresses the limitations of traditional mobile cameras by improving image stabilization and clarity, enabling high-quality photography in portable formats.

Superior Sensor Technology develops application-specific pressure sensors utilizing its NimbleSense™ architecture, which integrates amplification, ADC, and DSP for enhanced accuracy and design flexibility. These sensors address the need for precise monitoring in medical, HVAC, and industrial applications, offering up to 10 times greater accuracy and improved reliability across multiple calibrated pressure ranges.

Xidas develops micro-scale solutions utilizing precision manufacturing, microsensors, and micro-actuators for industrial IoT, biotech, and medical applications. Their technology enables the miniaturization of complex systems, addressing the need for cost-effective, high-performance devices in sectors such as robotics, healthcare, and agriculture.

Advanced Optronics develops ultra-thin, biocompatible implantable sensors that provide real-time monitoring of surgical instruments during cochlear implantation. These sensors deliver precise data and alerts to surgeons, reducing the risk of complications in delicate procedures.

Echosonic develops MEMS smart microphones that utilize reservoir computing technology for on-sensor audio signal processing, enabling real-time machine learning applications. This approach significantly reduces computational load by over 85% and ensures that original audio data remains on-device, addressing privacy concerns in IoT environments.

Obsidian Sensors develops a glass microelectromechanical system (MEMS) for manufacturing automotive sensors, specifically thermal imaging sensors that enhance pedestrian detection in vehicles. This technology addresses the critical issue of pedestrian safety by enabling automatic emergency braking systems to function effectively, particularly in low-light conditions.

Sorex Sensors manufactures high-sensitivity film bulk acoustic resonator (FBAR) mass sensors for indoor air quality monitoring, capable of detecting harmful particulates and volatile organic compounds at femtogram levels. These sensors provide real-time data on air quality, addressing the health risks associated with invisible toxins in residential and industrial environments.

BabelFlex develops customizable sensing components, including flexible thin film pressure sensors and gas sampling chips, to enhance data collection and monitoring in manufacturing and energy sectors. Their solutions address safety and efficiency challenges in lithium battery production and display manufacturing by providing precise, real-time analytics.

The startup develops miniature gas chromatography systems utilizing microelectromechanical systems (MEMS) technology, featuring microfabricated chips for multi-channel separations. This technology enables businesses to analyze volatile compounds with reduced instrument size and faster results, addressing the need for portable and efficient analytical solutions.