News

Selecting the correct probe is one of the most important steps in obtaining accurate, repeatable coating thickness measurements.  While modern coating thickness gauges make testing fast and straightforward, choosing the wrong probe for your application can lead to inaccurate readings or measurements that simply aren't possible. Fortunately, probe selection doesn't have to be complicated. By understanding the material you're measuring and the type of coating you're inspecting, you can quickly determine which BRK coating thickness gauge probe is best suited for your application. Why Probe Selection Matters Coating thickness gauges work by measuring the distance between the probe and the...

Modern digital oscilloscopes have become dramatically more capable, and manufacturers like UNI-T have introduced instruments that challenge long-held assumptions about what professional performance should cost. The result is a much more competitive market where engineers can select instruments based on application requirements rather than brand reputation alone.

Whether used in laboratories, manufacturing facilities, research environments or industrial workspaces, fume hoods help capture and contain hazardous airborne contaminants before they reach the operator’s breathing zone. Two of the most common solutions are ductless fume hoods and traditional ducted fume hoods. While both are designed to control fumes, vapors, smoke and particulates, they operate in very different ways and are suited for different types of applications.

Modern PID controllers continuously calculate and adjust output power to maintain a precise target temperature with minimal fluctuation.... Choosing the best controller requires understanding several important factors including: sensor compatibility, output types, control accuracy and communication capabilities.

At their core, industrial data loggers are electronic instruments designed to automatically record measurements over time. They connect to sensors that track variables such as temperature, humidity, pressure, flow, voltage, or current. Once deployed, they operate continuously and autonomously, storing data internally or transmitting it to external systems for analysis.