We design test and measurement equipment that simplifies the advancement of humanity. Our data acquisition systems are the ultimate tools for test engineers.
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Experience Dewesoft
Providing turn-key solutions for test and measurement and monitoring:
Acoustics »Data Recording »Flight/Space Testing »Monitoring »Electrical Power Testing »NVH Testing »Rotating Machinery »Structural Dynamics »Vehicle Testing »Railway »Manufacturing the most advanced data acquisition systems (DAQ):
DAQ systems »Rugged DAQ systems »DAQ and Control Systems »Portable DAQ systems »Modular DAQ systems »Data Loggers »Power Analyzers »Monitoring and IoT Devices »Sensors »DAQ software »Application Notes
The project shows how an accelerometer and DewesoftX can measure circular hand gestures to extract timing, acceleration, and radius. Comparing small and large circles demonstrates how motion scale influences period and force. The results outline how processed acceleration data can support reliable gesture recognition for future smart-device control.
Case Studies
The NAOS EVO motor’s first static firing validated a new sorbitol propellant and the Dewesoft SIRIUSi system for high-precision pressure acquisition. Results aligned closely with simulations, revealing stable performance and minor manufacturing issues such as grain cracking. The test confirmed motor reliability and set the direction for improved grain production and future optimization.
Case Studies
Students at the FEMTO-ST Institute automated the four-point probe method to measure thin-film resistivity more precisely and efficiently. Using a Keithley Source Measure Unit, MonoDAQ hardware, DewesoftX software, and Python scripting, they replaced a slow manual process with a fully automated system. The setup enables faster, repeatable, and highly accurate resistivity testing for micro- and nanoscale materials research.
Case Studies
Students at the University of Valladolid conducted Experimental Modal Analysis on a simply supported aluminum beam to study its vibration behavior. Using Dewesoft’s DEWE-43A DAQ and DewesoftX software, they identified natural frequencies and vibration modes at 2.96, 11.69, and 25.86 Hz. The experiment demonstrated how precise data acquisition enhances structural dynamic analysis for safer, more efficient engineering designs.
26
November
2025
26
November
2025
Glasgow
27
November
2025
Odense
2
December
2025
Pichl bei Wels
3
December
2025
New Orleans
7
January
2026
Santiago
21
January
2026
Karlstad
15
April
2026
Trondheim
15
April
2026
Göteborg/Mölndal
24
August
2026
Stavanger
4
November
2026
