When using a CNC hydraulic pipe bending machine for processing, workers hope to improve the processing accuracy as much as possible. In order to achieve the standard of processing, it is necessary to control the thickness of the material and pay attention to whether the surface of the material is too rough, which will affect the processing accuracy.
When the thickness of the material exceeds the tolerance range of the equipment, the accuracy will decrease when using bending equipment for processing, and the surface of the material should be smooth. When using bending equipment for processing, workers should pay attention to the selection of materials.
When using a CNC hydraulic pipe bending machine, production units should also pay attention to equipment with high power before putting it into production, as high equipment power is beneficial for improving processing accuracy. In this way, when using bending equipment for processing, the fit between the equipment and the material is higher, which can ensure the accuracy of the material during the processing and production process. Therefore, when choosing bending equipment, attention should also be paid to whether the power meets the processing standards.
Nowadays, many manufacturers attach great importance to the application of CNC hydraulic pipe bending machines. If they want to improve the processing accuracy of the equipment, it can not only improve the processing effect of materials, but also create more profits for manufacturers. During the use of bending equipment, attention should be paid to controlling the cutting speed.
Processing range of bending equipment is very wide, which can cut different materials. The cutting speed of the bending equipment should be consistent with the characteristics of the material, which is beneficial for improving the machining accuracy when cutting through the bending equipment.
What‘s more, the installation and application of CNC hydraulic pipe bending machines are very common, and the use of CNC hydraulic pipe bending machine equipment can meet the actual needs of production and processing units. During the use of bending equipment, some techniques can be adopted to improve processing accuracy.
Three main driving methods for CNC hydraulic pipe bending machines
With the development of modern technology and the improvement of industrial level, high-performance CNC hydraulic pipe bending machines such as CNC numerical control CNC hydraulic pipe bending machines and three-dimensional hydraulic CNC hydraulic pipe bending machines have been developed and researched. There are generally three main driving methods for these high-level CNC hydraulic pipe bending machines: motor drive, hydraulic drive, and motor hydraulic hybrid drive.
1. Motor driven
In today’s modern industry, most mechanisms and equipment use motor-driven methods as their power sources to provide power for the basic movements of the entire equipment. Powered by an electric motor, there are many ways to transmit power, such as using an electric motor to drive mechanisms such as gears, racks, camshafts, connecting rods, etc., and designing a CNC hydraulic pipe bending machine that meets the requirements according to the situation.
2. Hydraulic drive
With the continuous development of industrial technology, hydraulic transmission technology is one of the fastest developing technologies in mechanical equipment, especially in recent years, it has entered a new stage of development. Hydraulic transmission and control systems are widely used in various industries due to their advantages of high transmission power, precise control, fast response speed, and easy implementation of motor hydraulic integrated control.
The hydraulic CNC hydraulic pipe bending machine powered by hydraulic pressure is a new type of CNC hydraulic pipe tube bending mechanism, which has the advantages of reasonable structure, convenient operation, safe use, fast loading and unloading, and multi-purpose use.
3. Electric motor hydraulic hybrid drive
Although hydraulic bend pipes have the advantages of high transmission power, high control accuracy, and fast response speed, they also have some shortcomings, such as low production power due to too many operator actions; High machine wear and tear, shortened service life; More operators are required, labor costs are high, and product costs are high.
Therefore, in further discussions, it is proposed to use a hybrid drive of electric motor and hydraulic system, which can adopt the most reasonable driving method based on the advantages of electric motor and hydraulic system to reduce production costs, improve production power, and enhance machining accuracy.
What should be noted when purchasing a fully automatic pipe bending machine?
Before purchasing a fully automatic pipe bending machine, the first thing to consider is what kind of workpiece to produce and process. Customers with different needs have different requirements for the application information and processing methods of the produced product, so it is necessary to consider what kind of product to produce?
Because the operational performance of a fully automatic pipe bending machine is also related to the investment of manpower and technology in production, and the investment in this area naturally increases the cost of investment. Currently, there are many different categories of operations, so if it is a professional processing or processing of many workpieces, it is still necessary to consider purchasing a simple controlled pipe bending machine, because it reduces the number of personnel controls and the amount of technical investment involved in its operation, naturally reducing the cost of production.
Although hydraulic bend pipes have the advantages of high transmission power, high control accuracy, and fast response speed, they also have some shortcomings, such as low production power due to too many operator actions; High machine wear and tear, shortened service life; More operators are required, labor costs are high, and product costs are high. Therefore, in further discussions, it is proposed to use a hybrid drive of electric motor and hydraulic system, which can adopt the most reasonable driving method based on the advantages of electric motor and hydraulic system to reduce production costs, improve production power, and enhance machining accuracy.
