SICK Introduces First Industrial Sensor Using Aeva's FMCW Distance and Velocity Tech
AEVA•SICK has introduced its first industrial sensor powered by Aeva's FMCW distance and velocity technology, marking an expansion of SICK's sensor-based automation portfolio. This integration delivers reliable long-range measurements, immunity to ambient light and interference, and direct velocity detection for challenging manufacturing environments.
1. Partnership Overview
SICK has expanded its industrial sensor lineup with a new device powered by Aeva's FMCW distance and velocity technology, marking the first commercial integration of Aeva's silicon-integrated photonics in sensor-based automation.
2. Technology Benefits
Aeva's FMCW architecture provides long-range precision, immunity to ambient light, zero sensor-to-sensor interference and direct velocity measurement on metallic or hot surfaces, outperforming time-of-flight and triangulation in complex industrial settings.
3. Market Impact and Outlook
By leveraging this technology, SICK can address high-precision measurement demands in manufacturing automation, potentially accelerating adoption of LiDAR-based sensing and driving revenue growth for both companies as industrial processes become more complex.
