Excessive vibration in industrial plants can lead to equipment failures, reduced product quality, and structural damage. As well as, increased maintenance costs and even complaints from nearby communities. While vibration is a normal characteristic of many industrial processes. Identifying the specific …
A Practical Guide for Maintenance and Repair Teams When a printed circuit board fails, the first question many technicians ask is, “Where are the schematics?” Unfortunately, in many industrial environments, the answer is often the same: unavailable. Whether maintaining legacy manufacturing …
How Low-Frequency Vibration Monitoring Helps Protect Critical Infrastructure Structural health monitoring (SHM) is becoming increasingly important as asset owners seek to improve safety, reliability and maintenance planning across critical infrastructure. Whether monitoring bridges, rail infrastructure, industrial facilities, wind turbines or research …
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). …
The BusWorks NTW Series Wireless Remote IO Modules provide a flexible and secure way to connect field signals such as switches, relays, transmitters, and instrumentation outputs to PLC and SCADA systems where Ethernet cabling is difficult or impractical to install. By …
Medical devices rely on compact, densely populated printed circuit assemblies (PCAs) where accuracy, repeatability, and safety are critical. Technicians need a reliable way to test complex boards. This is important for repair, maintenance, and research. They want to do this efficiently …
Medical electronics demand absolute reliability. From patient monitors and infusion pumps to advanced imaging systems. Even minor electronic faults can compromise safety, performance, and compliance. As a result, manufacturers and service teams require a PCB Diagnostic Tool for Medical Devices. Especially …
Robotics and autonomous systems depend on accurate motion, orientation, and navigation data to operate reliably in dynamic environments. Inertial navigation sensors support autonomy by providing continuous reference data for localisation, control, and sensor fusion—particularly when operating across changing terrains and environments. …
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 …
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 …