Applications

Advanced MEMS sensors for multiple applications; taking accuracy to the next level!

Tilt Sensing

Our accelerometers designed for military, aerospace and industrial applications; featuring extremely low noise levels and enabling sensitive tilt evaluation with a higher resolution. Main Industries include: Control tilt angle leveling platform (Antenna alignment), bridges, constructions and machines tilting monitors.

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Application

Our Products

Seismic Sensing

Measurement, interpretation and estimation of ground movements generated by earthquakes or explosions. We can monitor the slightest seismic activity, down to noise levels below 1 μg/√Hz. Main Industries include: Oil exploration, earthquake monitoring, and seismic imaging of competitive landscape.

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Our Products

Resource Exploration

Accelerometers play a critical role for down-to-earth applications such measurement while drilling (MWD) and mining. On these applications, accelerometers and gyroscopes are needed to provide data under the most demanding operating conditions, especially when are attached to a drill string searching for oil thousands of feet beneath the ocean floor.

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Application

Our Products

Vibration Sensing

Monitoring vibrations from environmental to industrial noise sources. The accelerometers facilitate maintenance of state of the art machinery. Main Industries include: Structural health monitoring, bridge movements, state of work machines (gearboxes, oil pumps, air compressors, etc).

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Application

Our Products

Inertial Navigation

Our open and closed loop MEMS accelerometers are used worldwide for inertial navigation, and are mainly known for their excellent long-term repeatability, low VRE and low linearity error. Main Industries include: UAVs navigation, missiles navigation, mapping instruments, cranes, and agriculture.

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Application

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North Finding

North Finding systems can be used for north finding and target location applications, and sometimes are embedded in Inertial Navigation Systems (INS) for navigation missions. Such an integration requires both low drifts and high sensing range parameters, which usually which usually comes at the expense of each other.

Application Requirements

Application

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