Mobile modular measuring system

Flexible data acquisition in an industrial environment
Whether for a quick check of an idea or for long-term data acquisition for condition monitoring or predictive maintenance. Whether on the factory floor or on the road for testing autonomous vehicles, our mobile data acquisition system DisDAQ (Distributed Data Acquisition and Algorithms Quiver) enables flexible and robust acquisition of the relevant data in your application.
Our algorithms allow the data to be analysed immediately and visualized if necessary. This enables, for example, the detection and analysis of undesirable operating states.
Use cases
- Fast measurement campaigns (feasibility studies, e.g. for algorithm development, dimensioning, retrofitting, …)
- Long-term condition monitoring with visualization (cloud-based, real-time)
- Creation of a database during ongoing production
- Real-time algorithms (pre-processing, signal processing, machine learning)
- Control tasks, e.g. for various test cases, test benches
Available sensors
- Optical sensors (video, thermal imaging, stereo camera, spectrometer, pyrometer)
- Sound, vibration, acceleration, gyroscope, eddy current sensor, gyroscope, IMU
- Temperature, humidity, precipitation, wind speed, CO2 content
- Position, distance, radar, lidar, distance, UHF RFID
- Any analog sensors up to 20 MS/s
Erwin Schimbäck
Business Area Manager Sensors & CommunicationFurther reference projects
Automated measuring processes using cobots
Automated measuring processes using cobots Seamless combination of robotics and measurement technology A fully automated measurement process combines precise positioning,…
Automated sound intensity measurement
Automated sound intensity measurement Precise evaluation using sound pressure, sound intensity and sound power The system can be used to…
Self-sufficient sensor technology for rolling bearings
Self-sufficient sensor technology for rolling bearings Maintenance-free, wireless data acquisition Together with NKE Bearings, LCM has developed a technology that…