Innovative data acquisition applications and solutions for test & measurement.

Dewesoft is a proven test and measurement market leader, and our instruments are used across multiple industries. We provide versatile and easy-to-use data acquisition (DAQ) solutions that are widely used for R&D, quality control, data monitoring, and production processes. Whether it's a car, space ship, power plant, a suspension bridge or the factory floor, Dewesoft DAQ is there.

Application categories

Browse the applications that our DAQ systems can handle. You can sort them by solution area, industry, or even a specific application name. Some applications exist in more than one industry. For example, power analysis is used not only by power plants, but also in the world of electric cars, electric trains, and more. Acoustics and modal analysis are used by almost every industry, as another example. We have organized our DAQ applications in multiple ways so that you can find what you’re looking for, quickly and easily.

By area

Sound quality measurement for Akrapovič exhausts

Acoustics
Data recording
Flight and space testing
Monitoring
NVH
Power analysis and power quality
Rotating machinery
Structural dynamics
Vehicle testing
Vibration analysis

By industry

Aerospace
Automotive
Civil engineering
Education
E-mobility
Heavy machinery
Industrial
Maritime
Power and Energy
Railway

Solutions according to industry standards and norms

Our proven solutions combine tightly knit hardware and software ... right out of the box. We follow all relevant industry standards and international norms when developing our hardware and software. There are standards that apply to automotive testing, acoustic testing, and power quality analysis. We combine our top-quality hardware with software that has been specifically written for each of these applications. Check our in-depth article about supported standards in Dewesoft measurement solutions.

Subject matter expertise you can count on

Our subject matter expertise is the result of working directly with you - our customers – for decades. Our application engineers have the education and experience to ensure that there is strong and capable support behind every solution that we offer. Whether it’s in acoustics, automotive engineering, modal analysis, flight test telemetry, power, and energy, or general data recording, we are here.

Tools for R&D testing

The third decade of working closely with engineers in different R&D industries has brought our solutions to the next level. We are equipping engineers with unique and innovative instrumentations. Our solutions are used in the world's most advanced testing labs and proving grounds. Dewesoft is a trusted global partner with today's most progressive brands.

Our specialty has always been developing cutting-edge products and services to create turn-key data acquisition solutions that fit perfectly customers' testing demands in the lab, test bench, or on the field.

Tools for monitoring

We entered the structural health monitoring market by introducing some unique products. Our monitoring solution includes sensors, signal conditioning amplifiers, data acquisition software, a modern database for long-term storage, and clients for viewing and analyzing the monitored data.

With highly skilled application engineering and support teams, you can always consult us and rely on our know-how. We have instrumented the world's biggest bridge and some of the oldest and most impressive buildings out there.

Tools for quality control

Test equipment and setup with Power Amplifier

End-of-line testing is an important process in production to assure the great quality of your products. The flexibility of our products and solutions makes them easily adaptable for quality control and validation testing. Our software can be automated for operators to allow them fast execution and repetition of the tests.

From industrial process control to end-of-line testing applications, Dewesoft provides complete solutions ranging from sensors to instrumentation. Our solutions and products comply with current standards and also offer Industry 4.0 integration options.

Browse recent case studies

Case Studies

Load Angle Measurement in Synchronous Machines

The article explores load angle measurement in synchronous machines using an incremental encoder and DewesoftX software. Students at HTL BULME conduct lab exercises to analyze rotor position and phase shifts. Using Dewesoft SIRIUS devices, they gain hands-on experience in synchronization and machine behavior. Future work will expand calculations with the Dewesoft Motor Analysis plugin.

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Case Studies

Calculating the Pulling Strength of Chains and Tie Rods in a Heritage Building

Engineering Controls Srl analyzed the pulling strength of tie rods in Casa Desanti-Bossi, a historic neoclassical building in Novara, using Dewesoft technology. Over time, structural deterioration threatened its stability, prompting a detailed assessment through static and modal analysis. By measuring resonance frequencies, engineers evaluated stress levels and identified potential risks. Their findings support maintenance and reinforcement efforts, ensuring safety and preserving the building’s architectural heritage.

Emanuele Burgognoni

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Morana – the 7th racecar from Superior Engineering (Photo: Peter Jan)

Case Studies

Measuring Wishbone Deformations on an FSAE Car

The Superior Engineering Team from the University of Ljubljana used strain gauges and Dewesoft DAQ systems to measure wishbone deformations in their Formula Student race car. This analysis validated calculations, optimized weight, and improved steering dynamics. The findings will guide future designs, including the transition to carbon fiber wishbones, enhancing performance and reliability.

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Case Studies

Validating the Dynamic Performance of a Single-Span Steel-Concrete Pedestrian Bridge

Cracow University of Technology and Dewesoft Poland assessed the dynamic performance of a steel-concrete pedestrian bridge using field tests and FE modeling. By analyzing natural frequencies, mode shapes, and damping ratios under pedestrian loads, they validated the bridge’s stability and refined numerical models, ensuring long-term safety and serviceability.

Rok Mesar

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The 2024 UniNa Corse Racing Team, University of Naples

Case Studies

Optimizing Formula SAE Suspension Through Tire-Road Force Analysis

The University of Naples' UniNa Corse Racing Team developed their first fully electric Formula SAE car in the 2023/2024 season, focusing on optimizing the suspension through tire-road force analysis. Collaborating with Dewesoft, they used advanced sensors and the TRICK tool to collect precise data. Their validated dynamic models achieved an 84–90% correlation with sensor measurements, enhancing the suspension's reliability and performance for the new electric vehicle.

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Case Studies

Testing Powertrain on an Electric Formula SAE Car

E-Team Squadra Corse from the University of Pisa successfully converted their Formula SAE car, E-VA, to an electric powertrain in 2023. Partnering with Dewesoft, they used advanced sensors and extensive testing in Siena to optimize performance, resolve electrical issues, and validate their models, enhancing the car’s reliability and paving the way for future electric vehicle developments.

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Mapping DC Electric Motor Efficiency on a Test Bench

Case Studies

Mapping DC Electric Motor Efficiency on Test Bench

Engineering students at Politecnico of Turin developed a test bench to optimize the efficiency of their prototype vehicle's DC motor for the Shell Eco-Marathon. Using Dewesoft tools, they mapped the motor's performance by measuring electrical input and mechanical output, refining the vehicle's model to improve energy efficiency and address thermal issues for better competition results.

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Case Studies

Electro Impedance Spectroscopy (EIS) Measurements on Electrolysis Stacks

The article highlights how HyCentA uses Electrochemical Impedance Spectroscopy (EIS) with Dewesoft technology to optimize electrolysis stacks for green hydrogen production. Green hydrogen is presented as a key solution for decarbonizing industries and balancing renewable energy, with EIS enabling critical improvements in efficiency and stability to support global carbon neutrality goals.

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Case Studies

Testing Aerodynamics on a Formula Student Race Car

The UNI Maribor Grand Prix Engineering team tested their race car’s aerodynamics using Dewesoft devices and CFD simulations to evaluate dynamic forces and improve performance. While the drag reduction system (DRS) showed minimal impact at lower speeds, higher-speed measurements revealed significant deviations from simulations, emphasizing the need for refined testing. The insights gained enhanced car settings and highlighted the importance of experimental validation in motorsport engineering.

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Case Studies

Performance Testing of Electric Formula Student Race Car

The UNI Maribor Formula Student Team tested their electric race car, "Missy," using Dewesoft’s equipment to optimize performance for competition. They monitored acceleration, endurance, and aerodynamics with the SBOX, DEWE-43A, and DS-IMU1, capturing real-time data via GPS and CAN lines. The testing provided key insights into the car's electronics and driving dynamics, helping the team identify issues and improve the car’s performance for enhanced competitiveness.

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Case Studies

Testing and Validation of Small Electric Motors Using an Efficient Test Bench Design

LOGICDATA improved small electric motor testing with a flexible test bench design, using DewesoftX software for efficient motor analysis. Key features included automated motor mode detection, efficiency mapping, and thermography for fault detection. This setup reduced testing time, improved data accuracy, and optimized motor performance, ultimately streamlining LOGICDATA's development process.

Marco Behmer

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Structural Verification for Vibrational Mitigation of Anti-Surge Valve

Case Studies

Structural Verification for Vibration Mitigation in Anti-Surge Valves

Vibro Technology conducted structural verification on the anti-surge valve for a Peruvian plant, using Dewesoft tools to analyze and mitigate vibrations. Their solution, combining shock absorbers and springs, optimized vibration control, improved structural support, and boosted operational reliability, enhancing the plant's safety and efficiency.

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Case Studies

Simulating Aerodynamic Performance and Propulsion Systems for Model Aircraft

The Edvard Rusjan team from the University of Ljubljana uses Dewesoft measurement systems and a car-mounted test rig to gather data, refining simulations for optimized model aircraft designs in the Design, Build, Fly competition. Accurate measurements of thrust, lift, and power consumption help align simulations with real performance, enabling top competition results.

Carsten Frederiksen

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Case Studies

Impact Attenuator Assembly Testing and Model Validation on Formula SAE Race Car

The article covers the testing and validation of a custom impact attenuator for the University of Padua’s Formula SAE race car. Using a drop tower test and Dewesoft instruments, the team validated their design against regulations. The results closely matched theoretical models, confirming the assembly’s effectiveness in absorbing energy and protecting the driver during frontal impacts while optimizing the design for safety and performance.

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Case Studies

Railway Seat Comfort Accelerometer Calibration Following ISO 8041-1

The article outlines a calibration process for railway seat comfort accelerometers using ISO 8041-1 and ISO 2631-1 standards to ensure accurate vibration measurements for passenger comfort. It details a cost-effective procedure using Dewesoft data acquisition involving sensor selection, support design, and sensitivity adjustments, enhancing comfort evaluations in railway vehicles.

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Case Studies

Optimizing Hydrofoil Performance Using Modal Analysis and Piezoelectric Resonant Shunt Damping

Researchers enhanced hydrofoil performance by reducing vibrations through modal analysis and piezoelectric resonant shunt damping. By tuning natural frequencies using inductors and equipping the hydrofoil with piezoelectric patches to control bending and torsion, they significantly improved its dynamic behavior, offering valuable insights for marine and aeronautical engineering advancements.

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