The development characteristics of foreign spring machines are reflected in the following aspects:
1. The operation is more convenient. For example, the linear editing function allows users to conveniently adjust the number of coils, free length and wire feeding speed of the spring, and can display different parameters in different colors;
2. The operating system is intelligent. The increasingly intelligent system can keep the production process of the machine in the most optimized state, thereby maximizing the efficiency of the equipment. It mainly uses an imaging system to monitor the production process of the spring, automatically calculates the optimal working point of each component, optimizes the quality and productivity to the best value, and optimizes the operating system to maintain the working state of the equipment under high efficiency. Stability also keeps the production state safe. The intelligent system can also simulate the production process of the product in the computer and optimize it. The process can be carried out in an external computer or during production. The position of each tooling is displayed in three-dimensional graphics, which saves debugging time and reduces material consumption; the intelligent system can also detect the work process, automatically Adjust the working state of the equipment to narrow the tolerance range of the product to improve the quality of the product; in order to minimize manual intervention, the system can also automatically correct the spring production coefficient, especially the correction of the spring (compression spring) start and end transition rings , It completely replaces the manual correction by the operator based on experience.
3. Perfect detection system. The high-resolution image detection method is adopted to strictly control the product quality through real-time detection and reduce the interference of human subjective factors.
4. Reduce energy consumption. Foreign countries have adopted energy management procedures to shut down irrelevant energy-consuming components, and take the shutdown after the task is completed, to minimize energy consumption, and also to transmit the braking energy of the equipment to the power system.
