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What are the high efficiency and precision requirements for spring machine processing?

Update:20 Jul 2020
Summary:

① Improve the high efficiency and precision requirement […]

① Improve the high efficiency and precision requirements of spring machine processing. The high efficiency and precision of the processing of spring machines stipulate that in the main applications of industrial production, the sales market demand for spring machines is very huge. In addition, the precision requirements of spring machines are becoming more and more high, and it seems very important to improve the high processing efficiency and ensure the precision requirements. With the development and application of compression spring machine technology, the advantages of compression spring machine equipment will gradually be best reflected. Because of the selection of electrical components such as servo systems and industrial computers, the reliability of the compression spring machine operation is greatly ensured. The use of high-precision transmission gears, imported rolling bearings, and highly-processed mechanical equipment prefabricated components fully guarantees the high-precision requirements of the compression spring machine in the whole process of processing the spring machine. In the whole process of processing the spring machine, the use of the compression spring machine reduces the processing cycle time of the product, and greatly improves the processing efficiency of the spring machine. Therefore, the development of compression spring machine has improved the high efficiency and precision requirements of spring machine processing, and has created more profitable for customers or spring machine companies.
② Reduce the difficulty coefficient of machine debugging and actual operation requirements. The high efficiency and precision requirements of spring machine processing, in recent years, the development of the spring machine industry can be said to be a rapid development, which has produced a great change in the spring machine manufacturing industry. In particular, the development and application of camshaft-free spring machines, and the distinctive design schemes of camshaft-free and crank-less arm, greatly reduce the machine's debugging difficulty coefficient and actual operation requirements. Because of the increase in labor costs and the existence of factors such as difficulty in recruiting technical masters, more and more customers or spring machine companies tend to choose camshaft-free spring machines or multi-axis spring machine equipment. The characteristics of low entry barriers, low actual operation difficulty coefficient and high work efficiency have gradually become the main product selling points of camshaft-free spring machines. The more accurate, faster and more intelligent systems have attracted more and more customers. Recognize and favor the camshaftless spring machine. Therefore, the development of compression spring machines has reduced the machine's debugging difficulty coefficient and actual operation requirements, and provided many customers with a more personalized user experience.
③ Improved and expanded stronger production capacity. The processing efficiency and precision of the spring machine are stipulated. With the continuous development of compression spring machine forming technology, the upgrading and upgrading of spring machine equipment continues to accelerate, and the equipment replacement cycle time continues to decrease. The introduction of new technologies, the development and application of new products, and the increase in the number of servo rotation axes have greatly expanded the production capacity of the compression spring machine. For example, the spring machine series products on the computer have been gradually upgraded from the basic 2-axis to 3-axis, 4-axis, 5-axis, 6-axis or 8-axis, and the spring machine series products have been upgraded from the basic 3-axis to 4-axis or 5-axis without cams. The axis spring machine series products have been upgraded from the basic 10-axis to 11-axis, 12-axis, 13-axis or 14-axis. The number of servo rotation axes continues to increase, and artificial intelligence is slowly being used. Therefore, the development of the compression spring machine has gradually improved its own role in the main application, and gradually expanded its own more powerful production capacity.

 

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