Category: Industrial Applications

Prestressed concrete bridge structural health monitoring using Dewesoft IOLITE MEMS vibration monitoring devices installed across bridge structure

Structural Health Monitoring of Prestressed Concrete Bridges

Ageing bridge infrastructure presents a growing challenge for transport authorities worldwide. Many prestressed concrete bridges built in the 1950s–1970s remain critical parts of road and freight networks today. Often carrying heavier loads than originally intended. Rather than replacing these structures prematurely, …

For medical electronics repair, maintenance, and R&D teams, Huntron Access Probers provide a precise, flexible, and efficient approach to PCB testing. By combining micron-level probe placement, automated workflows, and integration with existing measurement tools, these systems help ensure reliable diagnostics while keeping pace with the complexity of modern medical devices.

Power-Off PCB Diagnostics for Industrial Maintenance Teams

Industrial maintenance teams are responsible for keeping production equipment running with minimal downtime. When circuit boards fail, troubleshooting must happen quickly—even when schematics are unavailable or equipment cannot be powered safely. Huntron power-off PCB diagnostic tools use Analog Signature Analysis (ASA). …

Edge Vehicle Mount Computer in Woods on Mobile Emergency call out

Rugged Edge Computing for Emergency Response

Emergency-response organisations are operating in a very different environment today. Mobile command vehicles, UAV scout platforms, and connected situational awareness systems now play a key role. They help coordinate safe and effective responses across transport corridors, regional communities, coastal zones, and …

Power Electronics Diagnostic & Repair Systems

Power Electronics Diagnostic & Repair Systems

A Safer Way to Troubleshoot Solar, Wind, and Grid Infrastructure As Australia’s energy sector continues to expand across solar, wind, and grid-connected infrastructure, the reliability of power electronics has become critical. Inverters, converters, and control boards are key parts of modern …

AcroPack® provides a scalable, rugged, and modular embedded I/O architecture that separates I/O from compute. This approach reduces system complexity, improves platform reuse, and supports long-life embedded programs across industrial, transport, and defence applications.

What Is AcroPack®? Modular Embedded I/O Explained

AcroPack® is a modular, mezzanine-based embedded I/O platform from Acromag. Designed for compact, rugged, and long-life embedded systems. Firstly, it enables engineers to integrate high-density analog, digital, serial, and timing I/O. Whilst avoiding the size, rigidity, and redesign overhead of traditional …

Research platform silhouette illustrating IMU, GNSS-INS and sensor integration for motion, position, and timing measurement

VectorNav Inertial Navigation for Research & Universities

Research and university projects increasingly require accurate motion, orientation, and navigation data to support experimentation, validation, and system development. Inertial navigation sensors play a central role. Delivering continuous reference data across controlled tests, field trials, and experimental platforms. VectorNav designs and …

Inertial navigation system showing IMU and GNSS-INS providing position, orientation, velocity and timing for a moving platform

Inertial Navigation Sensors By VectorNav (IMU, AHRS & GNSS/INS)

Modern platforms increasingly rely on accurate positioning, navigation and timing (PNT) data to operate reliably in dynamic environments. GNSS-derived timing outputs are commonly used for sensor synchronisation, time-aligned data logging, and system coordination within larger platform architectures. Inertial navigation sensors play …

Propellant Testing Rocket Start Up

Rocket Motor Static Testing for Propellant Development

The development of new rocket propellants depends heavily on accurate, repeatable ground testing. Before any propulsion system progresses to flight qualification, engineers must fully understand how a propellant behaves under controlled conditions. Particularly thrust output, chamber pressure, burn rate, and thermal …

Pantograph Testing on top of Rail Car

Pantograph and Catenary Testing for Electric Rail Systems

Reliable power collection is fundamental to the safe and efficient operation of electric rail networks. At the heart of this process is the interaction between a train’s pantograph and the overhead catenary system. When this interface performs well, trains operate smoothly, …