Dewesoft offers a variety of affordable solutions for testing and monitoring applications such as structural health monitoring, bridge health monitoring, machine condition-based monitoring for all kinds of industrial and rotating machinery such as turbines, wind generators, hydropower plants, and others.
We offer flexible and robust data acquisition hardware and software. Our compatibility with IIoT and industry 4.0 interfaces such as OPC UA, Siemens S7, EtherCAT, and others enable seamless connectivity to your existing ERP, SCADA, and IT infrastructure. Our cloud-based monitoring allows easy data access and monitoring from anywhere and is fully compatible with your existing data flows.
Our solutions are being used and trusted by leading world companies on the most demanding projects like NASA, ESA, Space X, ABB, Caterpillar, Airbus, Boeing, Honeywell, General Motors, Nissan to name just a few.
What Is Condition Monitoring and Why Is Preventing Machinery Failures Important?
How to Perform Condition Monitoring With Dewesoft Condition Monitoring Systems?
How to Interpret the Data From Your Machine Condition Monitoring Solution
Structural Health Monitoring of Bridges
Dewesoft data acquisition systems are used in structural health and seismic bridge monitoring projects ranging from structural mechanics to continuous monitoring of large, complex bridge structures. The monitoring systems provide distributed, high-channel-count and remote monitoring for highway overpasses, roads, buildings, and bridges. We provide a total solution from DAQ systems and data loggers to sensors and monitoring software.
Structural Health Monitoring
For Buildings, Bridges, Dams, and Stadiums
Monitor critical structures through their entire life cycle! Dewesoft structural health monitoring solutions enable you to get data from almost any kind of sensor, whether dynamic or static, within a single software interface. Our powerful analytic tools, dashboards, and rich visualizations help you speed up the transformation of data into meaningful results. Bundled with alarm notifications and reports customized to user roles, we are strengthening decision-making, risk management, and structure safety.
Wind Turbine Monitoring
Structural Health Monitoring and Condition Monitoring of Wind TURBINES
Dewesoft data acquisition systems are used on offshore wind turbines for online wind turbine condition monitoring and wind turbine structural health monitoring with the aim to achieve the reduction of the cost of wind energy and optimize ROI. The condition monitoring system provides distributed high-channel-count and remote monitoring. We provide a turn-key solution from DAQ systems, data loggers, to sensors together with Windows-based data processing and high-level cloud-based monitoring software.
See how the Dewesoft team performed exhaust noise testing and calculated vehicle RPMs based on the sound measurements at the Formula Student racing event.
Learn how Elin Motoren continuously got the vibration data from Dewesoft hardware and software into the Tornado testbeds via TCP/IP by a Dewesoft plugin.
Learn how vibration measurement with a power analysis solution is used to identify the differences in the level of vibrations on a high-voltage reactor.
Learn how Dewesoft DAQ system and Power Analysis solution worked for checking the switching function of an old synchronous high-voltage circuit breaker.
Learn how Dewesoft customer performed vibration analysis at the resonance attachment points inside a MRI scanner laboratory. Read the case study.
Dewesoft data acquisition systems are used to measure diesel generators for ISO 8528-1:2005 certification standards for sound, vibration, and temperature.
NorraTimber has some issues in the final packaging process of the finished timber. Learn how they solved the problem using Dewesoft measurement solutions.
Motorcycle creates vibrations during the ride which can lead to risks. Read about the human body, whole-body and arm vibration measurements on a motorbike.
Check the application note how Dewesoft used and created a wireless mesh network (Mesh WiFi) to enable remote data acquisition on a large proving ground.