The KY-LOC and KY-RAY sensor families introduce a new approach to the sensor market, combining robustness and attractive pricing with outstanding features and simple interfacing for quick integration in IoT environments.

Kymati Radar devices are based on the 61 GHz band with innovative MIMO antenna arrays, enabling redundant measurements and opening yet unknown fields of applications due to unprecedented technical and commercial features.

Radar, by nature, is ideally suited for applications under harsh weather conditions and in dusty areas, with no maintenance or adjustment after initial commissioning. The high resolution allows cost-effective, yet very precise sensor results.   

The KY-RAY sensors are all based on sending electromagnetic waves and receiving the reflections of these signals from passive objects within the field of view. This is the definition of Primary Radar.

The units of the KY-LOC family deploy the exchange of active Radar signals between the units, in order to use the communication to derive distances and speeds. This active Radar signal exchange is called Secondary Radar.

Data sheet

Secondary Radar for 1D distance measurement, data transmission and trigger of distance warnings at preset thresholds. Such thresholds can automatically be adjusted depending on approach speed.

Data sheet

Secondary Radar for 1D distance measurement and data transmission from/to manually or automatically controlled machines with higher accuracy requirements. Several industrial interface connections to communicate with machine controls.

Data sheet

Secondary Radar for redundant and highly precise 1D distance measurement and data transmission from/to manually or automatically controlled machines with highest accuracy and range requirements. Several industrial interface connections to communicate with machine controls.

Data sheet

Products & Use case