Proizvajamo testno in merilno opremo, ki poenostavlja napredek človeštva. Naši sistemi za pridobivanje podatkov so vrhunska orodja za testne inženirje.
Zaupajo nam najbolj inovativne blagovne znamke na svetu
Izkusite Dewesoft
Zagotavljanje rešitev na ključ za testiranje, merjenje ter spremljanje:
Akustika »Zapisovanje podatkov »Testiranje v letu/vesolju »Spremljanje »Preizkušanje električne energije »Testiranje NVH »Vrtljivi stroji »Strukturna dinamika »Testiranje vozil »Železnica »Proizvodnja najnaprednejših sistemov za zajem podatkov (DAQ):
Sistemi DAQ »Robustni sistemi DAQ »Sistemi DAQ in nadzorni sistemi »Prenosni sistemi DAQ »Modularni sistemi DAQ »Zapisovalniki podatkov »Analizatorji moči »Spremljanje in naprave IoT »Senzorji »Programska oprema DAQ »Študije primerov
Faraday Rocketry UPV upgraded its static fire test setup with Dewesoft SIRIUS hardware and DewesoftX software, enabling precise, real-time measurement of thrust, temperature, and vibration for student-built rocket motors. The new system improved accuracy, reduced complexity, and matched simulation results, certifying the motor’s flight readiness and boosting the team’s future development capabilities.
Novice o izdelkih
DewesoftX 2025.2 introduces powerful features, including sub-10 Hz sampling for low-frequency logging, a new Thermodynamics module with Thermocycle plotting, and geofencing in the Polygon module. It also adds Ethernet UDP transmission, a Best Source Selector for signal reliability, and a major update to the DWDataReader library with cross-platform support and unified documentation.
Eva Kalšek
8/11/2025
Študije primerov
Researchers at FH Joanneum retrofitted a metal-cutting band saw with Dewesoft sensors to monitor vibrations, sound, and temperature, successfully digitizing an old machine for real-time condition monitoring. This hands-on setup helps detect tool wear, improves efficiency, and now serves as a practical training tool for students and industry partners in smart manufacturing.
Konrad Schweiger
7/16/2025
Študije primerov
A student project tested the reliability of automated greenhouse doors controlled by temperature using an Arduino system and the Dewesoft DEWE-43A data acquisition device. The system showed stable operation and effective temperature-based responses, with detailed sensor analysis identifying areas for improvement in obstacle detection and mechanical reliability. Future upgrades include sensor enhancements and IoT integration for remote diagnostics.
23
januar
2023
Douai
30
januar
2023
National Harbor, MD
12
februar
2023
Long Beach, CA
13
februar
2023
Austin, TX
20
februar
2023
Orlando, FL
20
februar
2023
Orlando, FL
20
februar
2023
Sacramento, CA
28
februar
2023
5
marec
2023
Hamburg
5
marec
2023
Atlanta, GA
13
marec
2023
Fort Worth, Texas
13
marec
2023
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