At present, green manufacturing is a lean production method advocated by industrialized production. People should also aim to save time while manufacturing emerald green. The vicious event is the saving of money and resources as follows:
Improving the stylus system software can reduce the manual assistance time and cost incurred by most manual alignment and offline inspection, and reduce or even eliminate waste caused by human error. This is a good way for CNC pipe bending machine to be environmentally friendly and energy-saving, and to improve production efficiency.
The manual precision stylus is used to move the steel parts of the CNC machine tool pipe bender to the CMM or other offline detection methods, and the stylus of the CNC lathe can quickly complete the on-machine detection of the steel parts and automatically set the benchmark compensation value. Improve the precision of production and processing, prevent continuous clamping and repeated precise positioning. Make the machine manufacturing industry guarantee green manufacturing and save a lot of auxiliary time.
The die bending of the hydraulic pipe bender does not require abrasives, the pipe bending is cost-effective, the pipe bending processing capability is strong, and it has the advantages of high dust output and low labor productivity. In the process of dieless bending, the bending arm rotates from the mountain, and the bending half warp can change the length of the bending arm arbitrarily, so it is more adaptable than other bending methods. In addition, since the high-temperature electromagnetic coil is irrelevant to the shape of the pipe fittings, the use of dieless bending instead of bending die forming can properly solve the production and processing problems of special-shaped pipe bending.
It is suitable for coil manufacturing and processing of large-sized, thin-walled and high-strength steel tubes, and is suitable for die-free bending. Dieless bending is a method of using partial heating to replace special tools such as bending tools and mandrels for production and processing. According to the different heating methods, it can be divided into high frequency magnetic induction elbow and flame heating elbow. That is, a high-frequency magnetic induction trap is set on the finishing tube, and the finishing tube is heated to the required high temperature with the help of high-frequency induced electromotive force, and then the heating part is bent, and then sprinkled and cooled to obtain the required pipe. The basic principle of the pilot elbow is the same as that of the intermediate frequency elbow, except that the pilot electric heating coil is used instead of the high-frequency electromagnetic induction coil when heating the finishing tube.
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