● The major construction parts are based on Meehanite cast iron,which is stable in structure and long-term quality is assured. ● Casting parts are calculated and analyzed by the finite element method.Proper structure strength combined with enhanced ribs provides high rigidity for the machine. ●A linear guideway is applied on the 3-axes,supporting heavy loads,rapid moving, and assuring precise positioning. ●A wide base,box-shaped column,enhanced saddle,full span supports for heavy loads,and robust structure all contribute to its ability for heavy duty machining. ●Enhanced ribs inside the spindle head and a proper contact length ratio between the spindle head and column provide solid support for the spindle.

AIC IoT Studio is an IoT development tool based on Node-RED. IoT Cloud AIoT development can be codeless drag-and-drop nodes to set up the factory equipment's machine network process management with a visual development environment and develop a smart factory using industrial big data. All the nodes that need to be used on the Gateway, such as Modbus node, computing node, transmitting node, receiving node and HTTP node, have been completely deployed to modularize the connected devices without re-writing the code and achieve the nearly codeless development of software services for the Internet of Things. The device is deployed in edge computing and supports multiple computing functions. A variety of function node scripts are obtained from the edge server and sealed packages are generated and sent directly to the target gateway to execute the process of each function node in sequence.

Based on machine to machine (M2M) communication processing, Opc Ua is used to define data transmission between two or even multiple devices, which can be wired transmission or wireless transmission. It belongs to the function of Internet of Things transmission, not limited to smart devices and data exchange. It also includes digital signal transmission of sensors and actuators, which is transmitted from on-premises to the cloud after edge computing for complex factory data transmission and analysis operations. Under the trend of Industry 4.0, the development from automation to intelligence achieves the so-called “Smart Factory”, which has the ability to optimize the production process of the factory by itself and expand without human intervention. Moreover, it is able to track in real-time, the entire production process, life cycle, utilization rate, cumulative production value and innovation, all of which can deploy IoT for learning through Opc Ua.

This laser micro-etching machine is designed for pattern production on substrates made of thick films. The dust generated in the process of laser micro-etching on thick films tends to result in low yield rates because it causes defection and failure. This patented laser machine solves the above problem by finishing the surface of thick films that are hung upside-down. The dust falls off, so it does not damage the surface. Vacuum cleaning is employed at the bottom simultaneously. Subsequent cleaning is not required. Hortech integrates the high-precision, upside-down motion control module with the optical focus system to develop this laser machine. Precision laser finishing is employed when the machine is undertaking upside-down motion control. The dust is removed by the negative pressure. This process enables stable high-volume production with high yield rates.

SynFactory manages work orders from ERP, deploying them to production line equipment and providing production support through data collected from networked on-site equipment. The architecture includes features like work order scheduling, equipment management, tool lifespan management, production process traceability, and efficiency analysis. This transparency facilitates production optimization, assisting management in making effective decisions.