This is one of the most common questions we get: "The sensor should be seeing this object — why isn't it working?"
Many jump to the sensor being broken, but mostly the sensor just isn’t tailored to detect the object.
SICK’s W4 sensors are designed...
SICK Safety Designer is a comprehensive engineering environment for configuring, commissioning, and maintaining SICK safety devices, designed to support robust functional safety while improving engineering efficiency across the entire machine lifecycle.
SICK Safety Designer...
One manufacturing customer reached out in June 2025 with a large S7-300 PLC project that needed to migrate to S7-1500. Their biggest constraint: they can only test during planned maintenance shutdowns—sometimes weeks or months between...
You know why your inductive sensors keep failing? They're too close to the parts they're detecting.
Standard inductive proximity sensors mounted 2-4mm from moving parts take constant hits from vibration, misalignment, and part variation. Eventually, they break. You replace them. Three months later—same inductive...
For decades, manufacturers have relied on hardwired systems which are complex to install, expensive to maintain, and difficult to reconfigure. PATLITE’s WIO Series changes this with Bluetooth 5.0 Long Range technology, delivering reliable industrial communication without a single wire.
If you're new to industrial automation or have been working with older PLC systems, you'll be pleased to discover that the new Siemens S7-1200 G2 controller features push-in technology that makes wiring significantly easier than traditional screw terminals.
Power quality isn't just an electrical engineering buzzword—it's the difference between a smooth-running facility and one plagued by mysterious equipment failures, excessive energy bills, and frustrated maintenance teams. If you've ever wondered why some variable frequency drives(VFDs) seem to create more problems...
Industrial safety systems frequently struggle with false alarms in harsh environments. Dust particles, ambient light, and reflective surfaces can trigger unnecessary shutdowns in conventional safety scanners. SICK's nanoScan3 with safeHDDM® (Safe High Definition Distance Measurement) technology offers a solution...
In today's fast-paced manufacturing environment, choosing the right sensor configuration can make the difference between consistent productivity and frustrating downtime. The SICK W10 photoelectric proximity sensor offers multiple operation modes designed to address specific application challenges without requiring...
Modern manufacturing environments demand more than basic monitoring, they require visual insight that helps teams understand what happened before, during, and after an event. The SICK sensingCam SEC110 EventCam is designed precisely for this purpose, combining real-time video streaming with event-based recording in a...
