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ACUTRONIC is the world leader in the development, design and manufacture of precision motion simulators for the aeronautics, space, defense, automotive and consumer industries. Motion simulators are used for testing and calibration of inertial sensors (e.g. gyroscopes and accelerometers), Inertial Navigation Systems, stabilized electro-optical systems, Electronic Stability Control systems as well as for simulating flight motion of missiles.
ASYGN is a sensor electronics specialist. ASYGN serves the MEMS industry by delivering integrated circuits, lab instruments and software tools for the design, verification and characterization of complete sensor systems. Recent releases from Asygn include the AS3125 chip for high-performance multi-DOF MEMS IMU, the VD5380 sensor chip for low-power optical navigation, and the dBox-Z1 instrument and AS3126 chip for high-frequency resonant sensors characterization. Asygn uses advanced design and verification methodologies, based on popular tools from the software industry such as versioning, unit testing, non-regression testing and virtualization applied to analog and mixed-signal heterogeneous design.
Coventor offers a unique and powerful platform for MEMS-based inertial sensor design, simulation, verification and process modeling. Our platform addresses MEMS-specific engineering challenges such as multi-physics interactions, process variations, MEMS+IC integration, and MEMS+package interaction. Using our platform, engineers are able to accurately model the behavior of designs without the time and expense of device fabrication and testing. In a few hours or days, they can model or simulate effects that would have taken months of building and testing in the fab. Complex design and manufacturing issues can be studied that are not practical with conventional finite element analysis tools, and without the effort of creating custom models. Our software tools and expertise enable our customers to simulate and optimize their fabrication processes and device designs, eliminating or shortening time-consuming and costly silicon learning cycles. Leading inertial sensor R&D organizations around the world have experienced the benefits of Coventor’s MEMS design and simulation platform for well over a decade. Our tools are used to develop a wide range of inertial sensors, including accelerometers and gyroscopes. In addition to the platform itself, our outstanding support organization brings years of expertise and Ph.D. level support to help you in realizing your inertial sensor designs.
DAQRI is the world’s leading enterprise augmented reality company powering the future of work through innovative hardware and software products. Its flagship product, DAQRI Smart Helmet, is improving efficiency and safety for workers on the job and providing unparalleled cost savings for Fortune 500 companies in industrial and manufacturing settings. DAQRI is headquartered in Los Angeles with a R&D facility in Sunnyvale, CA and a development center in Dublin, Ireland.
InnaLabs® is a leading European designer and manufacturer of high-performance inertial sensors, including tactical grade, coriolis vibratory gyroscopes and navigation grade, quartz servo accelerometers. InnaLabs® sensors meet the stringent requirements of our customers for precision guidance, stabilisation, navigation and orientation applications throughout the aerospace, subsea, marine, space, energy, industrial, civil engineering, and transportation markets. InnaLabs® is headquartered in Dublin, Ireland.
KVH Industries is a leading manufacturer of high performance fiber optic sensor systems for guidance, navigation and stabilization applications. KVH's fiber optic gyros and inertial systems are used in an array of commercial and defense applications including navigation and control systems for air, land, maritime and subsea unmanned vehicles, and stabilization systems for gimbals, antennas, optical equipment, and payloads. KVH is based in Middletown, RI, U.S.
Micralyne is an experienced provider of novel MEMS devices and architectures to a wide range of customers. For more than 30 years, Micralyne has delivered world-class MEMS sensor solutions used in various applications like pressure sensors, gas sensors, accelerometers, thermal imaging sensors and optical communications. These products find application in number of industries such as: life sciences, aerospace, automotive, oil and gas, military, commercial and environment. Micralyne’s has a complete offering of capabilities to support the customers needs from concept to volume production. These capabilities include Wafer Level Packaging – MicraSilQ, discrete packaging, and custom sub-assembly services.
For over 25 years, Noraxon U.S.A., Inc. has been a leader in manufacturing and distributing high-end measurement and training devices, such as EMG, gait analysis, biofeedback, and 2D/3D motion analysis that enables a unique approach to a fully equipped analysis and therapy concept for evidence-based clinical and research applications.
The SAES Getters Group is the world leader in a variety of scientific and industrial applications where stringent vacuum conditions or ultra-high purity gases are required. SAES Getters provides products and services that allow customers to achieve lifetime vacuum integrity of their sensors. There are many configurations of getter solutions available for integration inside a device ranging from SAES' thin film Page material to larger porous getters utilizing ST 171, ST 172, ST 175, or other varieties of getter alloys. SAES also offers hermetic vacuum packaging services to the market as well as Residual Gas Analysis and Leak Rate testing.
Systron Donner Inertial is the world's leading supplier of Quartz MEMS Inertial Sensors & Systems, providing reliable precision solutions to aerospace, defense, unmanned aircraft, and marine and land vehicle applications. Our high-performance quartz MEMS products include analog & digital gyros, multi-axis systems, IMUs and INS/GPS navigation systems.
VectorNav Technologies is the leading innovator of embedded navigation solutions and a manufacturer of high-performance inertial navigation systems using the latest miniature MEMS sensor and GPS/GNSS technology. With a strong background in aerospace systems and experience in the development and testing of spacecraft, launch vehicles, and micro-aerial vehicles, VectorNav brings the most innovative and state-of-the-art solutions to a wide range of complex and demanding industrial and military applications. VectorNav applies the highest-performance aerospace-grade filtering and calibration techniques into the world of low-cost industrial grade MEMS sensors and GPS/GNSS technology, expanding the possibilities of today’s emerging technologies.