SICK ConnectX enables seamless sensor-to-IT integration for industrial environments. It acquires, processes, and transmits data via MQTT, OPC UA, IO-Link, and CoLa, supporting bi-directional communication to Industrial Edge, IT, and cloud systems. With intuitive configuration, pre-processing, and flexible deployment on Windows, Linux, Docker, or SICK AppEngine, it ensures fast setup and reliable performance for smarter automation.
SICK ConnectX harmonizes diverse sensor data and delivers it to IIoT applications using open protocols like MQTT or HTTP.
This ensures interoperability, easy configuration, and a standardized data layer for advanced analytics and digital services.
SICK ConnectX converts fragmented sensor data into a standardized format for seamless IIoT and analytics integration. With intuitive configuration and manufacturer-independent support, it enables OEE optimization, quality inspection, and energy monitoring.
Monitor fan status to predict and prevent failures. The MPB10 sensor measures vibration, shock, and temperature to detect early signs of faults and avoid unplanned downtime.
The automotive industry is in the midst of a major upheaval. At the same time, sustainability and digitalization are more important than ever. While electromobility and vehicle connectivity rise, understanding processes is key to making every step of the production chain efficient and transparent.
Rapid innovation and continuous change define electronics manufacturing. To meet growing demand for high-performance components, production must ensure reliability, quality, and efficiency while constantly advancing processes and technologies.
Requirements on sustainability and the increase in digitalization characterize the processes in the production of foods, beverages as well as hygiene and care products. At the same time, these industries have high standards on hygiene, quality and safety.
Production processes face highly diverse requirements across industries. These are addressed through advanced quality control, increasing automation, robot integration, modern IoT standards, machine condition monitoring, and flexible safety solutions.
Stringent quality standards apply in healthcare , the pharmaceutical industry, and the manufacture of medical, diagnostic and laboratory devices. The industry is characterized by regulatory requirements that ensure the necessary performance level in the healthcare sector