Industrial robots are primarily used in the field of industrial automation, widely applied in industries such as automobile and parts manufacturing, motorcycles, construction machinery, and more. In the field of induction heating applications, coupled with intelligent DSP power supplies, they can achieve applications such as workshop IoT, MES order management, and automated production lines.
Robots can work in relatively harsh environments and can operate continuously. Additionally, the working conditions of employees are improved. After using robots, the labor intensity of workers is significantly reduced, and the actual production capacity of the production line is greatly increased.
Stable product quality, automated loading and unloading, order management, and production efficiency.
After using robots, the product quality is stable and reliable, allowing technical personnel to understand the actual production situation on-site in a timely manner, control product quality, reduce size deviations caused by human errors, and ensure strong traceability.
Adopting second-generation DSP intelligent induction heating equipment, coupled with scanning equipment, allows the automated production line to control the system, program switching, processing product information based on serial numbers, and achieve real-time recording, collection, traceability, and management.
The operational status of the intelligent DSP induction heating, as well as parameters such as voltage, current, power, and frequency, are collected and monitored in real-time. Additionally, these statuses can be directly integrated into the centralized control network via the power supply's internal communication interface, transmitting the necessary parameters to other controllers, such as industrial PCs, CNC systems, laptops, remote control centers, etc., to meet the requirements of workshop IoT.
The DSP intelligent induction heating equipment control system can seamlessly integrate with the client's ERP and MES systems, receive planned orders, and automatically schedule production based on inventory conditions and mold rate (arranging the most appropriate order production sequence and batches), controlling production line equipment for unmanned production.
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