Digital twins represent a new era of simulation, a new world of predictability, and a promising new tool for future engineering. This digital twin is a stable bridge between the physical and digital worlds that drive innovation and performance. This combination of virtual and physical worlds allows you to analyze data from sensors, monitor your system, resolve problems before they occur, and plan for the future.


FANUC’s fundamental innovation of NC (numerical control) and servos, the ROBOT and ROBOMACHINE businesses which apply this essential innovation, and the open stage, “FIELD framework,” which could be a sign of IoT, FANUC contributes to the fabricating industry in Japan and abroad by advancing robotization and productivity in fabricating.

Digital Twin

A digital twin is a digital representation of a physical object, process or service. Besides that it also a computer program that uses real world data to create simulations that can predict how a product or process will perform. These programs can integrate the internet of things (Industry 4.0), artificial intelligence and software analytics to enhance the output.


A robot simulator program developed by FANUC, houses a host of options for software products. The simulation occurs by using a virtual robot. The standard software’s modeling function was developed with the aim to reduce time for modeling devices. CAD data can be imported to create the parts by the modeling function.  ROBOGUIDE incorporates many application-specific tools into its software options. With HandlingPRO software, there is no need for a prototype work cell setup.

MIT Digital Twin


Electro-hydraulic control valves are key water powered components for mechanical applications and aviation, which controls electro-hydraulic movement. With the improvement of mechanization, computerized innovation, and communication innovation, electro-hydraulic control valves are getting to be more advanced, coordinates, and cleverly in arrange to meet the prerequisites of Industry 4.0.

Modular Mechatronic System 4.0 Rexroth

Training System Industry 4.0 Mechatronics (MMS 4.0) is a complete, miniature Industry 4.0 system for universities and educational institutions to support the next generation of engineers. For mechatronics training or further education, the training system conveys future-oriented Industry 4.0 technology in an intuitive and practical way. MMS 4.0 includes all the features of a complete production system.

IOT Gateway

IoT gateway functions the same way as Wi-Fi routers. An IoT system connects to the gateway through Wi-Fi, and the gateway then transports the data from the IoT devices to the cloud. IoT gateways, on the other hand, are frequently significantly more complex. IoT gateways are essential for controlling and protecting IoT devices and help in reducing its IoT-related internet bandwidth usage.

PLC & Meclab

MecLab®️ enables students to get an understanding of one of the most important domains in which automation technology is used – manufacturing technology. Students work through issues in industrial motion control that they have encountered in the real world. As they develop systems to transport, assemble, and sort work components within the stations, they monitor and quantify electrical and fluid power laws.