A smart factory stands for a production environment in which people, machines, automation devices and software are in perfect harmony with each other. The vision of a perfect Industry 4.0 production world is putting pressure on many sheet metal production companies. Because in most cases, the first task to achieve an efficient, flexible and transparent workshop that meets the highest quality requirements is digitization. We have integrated a production management system with a synergistic plant performance management system to unify and network segregated machine tools, automation devices and production processes for process optimization. The Smart Factory is a production environment in which people, machines, automation and software are in perfect harmony with each other.
The system at the executive level of a manufacturing company's shop floor is a manufacturing production management ideology and management tool that provides comprehensive management of the production floor to monitor the performance of production processes, quality, equipment, and personnel.
Provide the information necessary to optimize production activities from order to product completion
Direct, initiate, respond as well as document production activities on the shop floor using timely and accurate data to quickly respond to changes in production conditions, thereby reducing non-value added activities and increasing efficiency
Improve return on capital operations, on-time delivery rates, faster inventory cycles, increased corporate profits, and better capital utilization.
MES provides critical underlying information about production activities through a two-way interactive information format between the enterprise and the supply.
Device performance management is achieved by connecting devices and quantifying device metrics with big data to analyze device performance trends, alarm analysis, downtime prediction, and monitoring devices.
By connecting the effectiveness of each set of equipment, we monitor the production status in real-time, effectively analyze the operation of the equipment, and realize the digital management of the factory.
By connecting the effectiveness of each set of equipment, we monitor the production status in real-time, effectively analyze the operation of the equipment, and realize the digital management of the factory.
By connecting the effectiveness of each set of equipment, we monitor the production status in real-time, effectively analyze the operation of the equipment, and realize the digital management of the factory.
Used to monitor the current status of the equipment in real-time (shutdown, failure, processing), record the equipment running time, and display the equipment status uniformly.
Based on the diversity of access terminals, maintenance work orders can be automatically pushed to the
Titanium alloy is a cutting-edge lightweight material that boasts excellent properties, including high strength-to-weight ratio, superior corrosion resistance, low density, and high fatigue strength. These qualities make it widely used in aerospace, shipbuilding, automotive, energy, metallurgy, medical, and everyday consumer applications. Often referred to as “deep-sea metal,” “space metal,” and “biomaterial,” titanium alloys have earned significant recognition. Laser cutting technology, as an advanced non-contact processing technique, offers greater possibilities and economic value for expanding the market applications of titanium alloys.
Main Applications of Fiber Laser Cutting Equipment in Industry
Han's Laser East China Headquarters Phase I Project Commences, Empowering Regional Smart Manufacturing