On Thursday, June 13th 2019, Fieldlab Smart Maintenance will be officially opened within Tata Steel Academy. Fieldlab Smart Maintenance is the pilot plant for smart maintenance in the manufacturing industry. In the Field Lab we simulate processes from factories, we test sensors and we convert sensor and installation data into [...]

The final meeting took place in Turin, Italy, at the premises of Prima Power on January 29th, 2019. The Machine Health Monitoring and Machine Performance Optimization services, which are among the most extensive services developed in ICP4Life, were demonstrated live at the Prima factory during the meeting. The ProMove-mini [...]

The newly released Inertia Studio 3.5.0 supports now the following formats for exporting data:     CSV (comma separated values) text files,   MAT binary format used by MATLAB software,   Visual 3D ASCII format, used by biomechanics analysis tool for measuring movement and [...]

We show in the video below a network of 120 ProMove-mini wireless sensor nodes and two Advanced Inertia Gateways. Each of the two gateways receives data from and handles the synchronization of 60 ProMove-mini sensor nodes sampling at 100 Hz. The clocks of the two gateways are synchronized [...]

ProMove-mini sensor nodes are now equipped with an industrial battery that lasts about 7 hours in full streaming mode. This is two times longer than before. For ProMove-mini nodes equipped with GPS, the battery lifetime is now also increased to 3.5 hours [...]

nexoDAQ was successfully showcased during the International Conference on Noise and Vibration Engineering (ISMA 2018), at the exhibition stand of Inertia Technology. nexoDAQ is our newest wireless data acquisition platform designed for many different applications, ranging from high-speed measurements to low-power monitoring. It is modular, versatile and highly [...]

nexoDAQ is a new high-end product that will replace V-Mon 4000, providing superior performance in all aspects. nexoDAQ is a highly synchronized wireless DAQ, with three 24Bits simultaneous sampled inputs and five highly configurable interface modes: IEPE/ICP®, charge mode, low voltage differential and single-ended signals, high [...]

EquiMoves achieves a major milestone by publishing a comprehensive validation study in the Sensors journal. This innovative equine gait analysis system has been developed in collaboration by Rosmark Consultancy, University of Utrecht and Inertia Technology. It uses up to eight ProMove-MINI wireless sensor nodes and [...]

The ProMove-mini is now available with an integrated GPS module. Starting with Inertia Studio 3.3.0, the user can see on a map the location of the sensor node, including the GPS track. The sampling rate of the GPS module can be chosen between 1 and 5 Hz [...]

Locomotion studies of horses are useful for the detection of lameness at an early stage and for the selection of the first-class horses for breeding. By using the EquiMoves system with the ProMove-mini wireless IMU sensors, the quality of gaits can be measured in a flexible and objective [...]