The application of electro-hydraulic synchronous teaching control bending machine
The electro-hydraulic synchronous teaching control bending machine plays a crucial role. It is a precision machine specifically designed for bending thin plates.
When we delve into the working principle of the bending machine, we will find that it mainly relies on the upper die to complete the key process of forming. In this process, different types of molds play their own unique and indispensable roles.
Among them, the operation mode of pointing the edge with a sharp knife has unique advantages. The design of the sharp knife enables it to precisely position and apply pressure to the edge of the thin plate when in contact with it. Through this precise action, it can effectively achieve fine processing of the edge of the th in plate, laying a solid foundation for subsequent bending work.
The dead edge pressed by the flattening die is also an important step in the operation of the bending machine. The design of the flattening die aims to apply uniform and powerful pressure to the edge of the thin plate, firmly flattening it to ensure that no wrinkles or deformations occur at the edge of the thin plate dur ing the bending process, thereby guaranteeing that the quality and precision of the final product reach a high standard.
The operation of the R-molded arc demonstrates the flexibility and precision of the bending machine when dealing with complex shapes. The special shape of the R die enables it to press arcs that meet the requirements on thin plates. It can precisely control both the size of the arc and the smoothness of the surface, meeting the design requirements of different products for the arc part.
In addition, the forming die and the lace die also play an important role in direct forming during the operation of the bending machine. The forming die can perform a one-time forming operation on thin plates according to the preset shape and size, directly processing the thin plates into the required shape, which greatly improves the production efficiency. Lace molds focus on pressing various exquisite lace patterns on thin plates, adding a unique decorative effect to the products and making them more competitive in the market. These different types of molds work in coordination with each other to jointly complete the bending processing task of thin plates by the bending machine.
The external structure of the electro-hydraulic synchronous teaching control bending machine
The worktable of the electro-hydraulic synchronous CNC bending machine is mainly composed of two important parts: the base and the pressure plate. Among them, the base occupies a fundamental and crucial position in the entire structural system of the workbench, providing a stable support and reliable reliance for the workbench. The pressure plate works in coordination with the base to jointly build a stable working platform that can meet the requirements of various bending operations.
This elaborately designed workbench is properly placed on the bracket. The support frame is like a solid skeleton, providing a stable "world" for the workbench, ensuring that it can still maintain high stability and accuracy under various complex working environments and high-intensity workloads, thus providing a solid guarantee for the efficient operation of the electro-hydraulic synchronous CNC bending machine.
It is worth mentioning that the base of this electro-hydraulic synchronous CNC bending machine is not a simple single structure, but is ingeniously composed of three indispensable components: the base plate, the cover plate and the coil. As the basic frame of the base, the base beam has certain strength and rigidity, laying a solid foundation for the entire base. The cover plate is like a loyal guardian, covering specific parts. It not only plays a protective role but also enhances the overall stability of the base to a certain extent. The coil is one of the core components of the base. It plays a crucial role in the operation of the electro-hydraulic synchronous CNC bending machine. Through the on-off and changing of the current, it achieves precise control of the related devices, thereby ensuring the accuracy and efficiency of the bending work.
The structure of the working slider of the electro-hydraulic synchronous teaching control bending machine
The radio-controlled synchronous CNC bending machine stands out with its outstanding performance and precise control ability. This kind of radio-controlled synchronous CNC bending machine is ingeniously designed, especially adopting a unique structure of double sliders.
These two sliders are not simple mechanical components but key technical assemblies that have been meticulously developed and precisely manufactured. They play a crucial role in the operation of the bending machine and can achieve precise control over the up and down running states.
In actual work, through advanced radio wave synchronization technology, these two sliders can maintain a high degree of coordination and synchronization. Whether moving upwards or downwards, they can perform precise movements strictly in accordance with the preset programs and parameters. When it is necessary to bend materials such as metal plates, the double sliders move up and down in an orderly manner under the command of the control system. When running upwards, they can be lifted smoothly, providing sufficient space for the placement and adjustment of materials. When moving downward, it can also bend the material with precise force and Angle, ensuring that the accuracy and quality of the bending reach an extremely high level. This precise control ability over the up and down movement enables the radio wave synchronous CNC bending machine to demonstrate outstanding performance in various complex processing tasks, providing a reliable guarantee for industrial production.
The structure of the working slider of the electro-hydraulic synchronous teaching control bending machine
Electro-hydraulic synchronous teaching control hydraulic system of the bending machine
The electro-hydraulic synchronous CNC bending machine stands out with its outstanding performance and unique design. It adopts the Diqiang Ma high-performance electro-hydraulic proportional synchronous control hydraulic system, which plays a crucial role throughout the operation of the entire equipment.
In terms of the actual working principle, the electro-hydraulic synchronous CNC bending machine increases the force by ingeniously changing the pressure. Specifically, when the system precisely adjusts the pressure according to the preset program and actual working requirements, it can enable the equipment to generate a powerful enough force to meet various complex and high-precision bending processing tasks.
From its overall structure, it is mainly composed of five key components: power, execution, control, auxiliary and hydraulic oil. Among them, the power components are like the "heart" of the equipment, providing continuous power support for the operation of the entire system and ensuring that the equipment can operate stably and efficiently under various working conditions. The actuating components are like the "hands and feet" of the equipment, responsible for converting power into actual mechanical motion and precisely completing the bending action. The control component plays the role of the "brain". It analyzes and processes the signals sent by various sensors, and then precisely regulates the operation of the power and execution components to ensure the accuracy and consistency of the bending process. Auxiliary components are like the "intimate assistants" of the equipment, providing various necessary auxiliary functions for the normal operation of the equipment, such as cooling and lubrication, to ensure that the equipment maintains a good working condition during long-term operation. Hydraulic oil, as the "blood" of the entire hydraulic system, circulates among various components. It not only transmits power but also lubricates and cools the components, thereby extending the service life of the equipment.
It is worth mentioning that the electro-hydraulic synchronous CNC bending machine has many significant advantages. Its volume is relatively small and it can be installed and used in a limited space. This is undoubtedly an ideal choice for some production workshops with limited space. Meanwhile, it has extremely high rigidity and can still maintain the stability and accuracy of the structure under the condition of withstanding huge pressure and impact force, ensuring the quality of bending processing. In addition, its response speed is extremely fast, capable of accurately responding to various instructions within a short period of time, significantly enhancing production efficiency. Moreover, its driving force is extremely powerful, capable of meeting the bending processing requirements of metal plates of various thicknesses and materials, providing strong technical support for industrial production.
Electro-hydraulic synchronous teaching control bending machine electrical control system
As a processing equipment with high precision and high efficiency, the electro-hydraulic synchronous CNC bending machine has an excellent selection of its electrical control system. It adopts the ESA electrical control system from Italy. Relying on Italy's long-term accumulated exquisite technology and rich experience in the field of industrial automation, this system features high stability and precise control capabilities. It can provide reliable and accurate command support for the operation of electro-hydraulic synchronous CNC bending machines, ensuring that every bending action meets extremely high precision requirements.
Meanwhile, this electro-hydraulic synchronous CNC bending machine may also be equipped with the Dutch DELEM electrical control system. As a well-known electrical control brand in the industry, DELEM from the Netherlands is renowned for its outstanding performance and innovative technology. Its electrical control system features powerful functions and flexible programming capabilities. It can precisely set and adjust parameters according to different bending process requirements, enabling the electro-hydraulic synchronous CNC bending machine to demonstrate outstanding processing results when dealing with workpieces of various complex shapes and specifications.
In addition, some electro-hydraulic synchronous CNC bending machines will also adopt the electrical control system from Switzerland. Switzerland has long been renowned for its precision manufacturing and high-quality craftsmanship. Its electrical control systems integrate Switzerland's advanced electronic technology and rigorous manufacturing processes. This system features an extremely high response speed and strong anti-interference ability, capable of maintaining stable operation in complex working environments. It provides a solid guarantee for the efficient and precise operation of electro-hydraulic synchronous CNC bending machines, enabling the equipment to demonstrate outstanding performance in industries such as metal processing.
The structure of the working slider of the electro-hydraulic synchronous teaching control bending machine
Synchronous control of the slider of the electro-hydraulic synchronous teaching control bending machine
In the advanced and precise electro-hydraulic synchronous CNC bending machine system, the synchronizer drive slider plays a crucial role. The exertion of its function is a rigorous and orderly process, especially at the crucial stage of shifting gears, where there is a series of carefully designed actions and coordinated cooperation.
When the gear shifting operation is officially initiated, the synchronizer drive slider will precisely and smoothly push the synchronous ring (here, a copper ring with good electrical conductivity and wear resistance is used) into the gear connection teeth in accordance with the established procedure and mechanical principle. During this process, the slider needs to have a high degree of precision and stability to ensure that the synchronous ring can accurately reach the designated position and achieve a perfect connection with the gear connecting teeth.
As the synchronous ring is successfully pushed in, a series of subtle and crucial physical contacts and frictional effects will occur next. The conical hole of the synchronous ring will closely contact the conical shaft surface of the connecting tooth. This contact is not a simple touch but a high-precision fit that has been precisely designed and calculated. Between these two contact surfaces, due to their special geometric shapes and material properties, an appropriate frictional force will be generated.
The magnitude and mode of action of this frictional force have been carefully tuned. It enables the copper ring to rotate at a specific Angle as per the predetermined requirements under the action of the frictional force. This specific Angle of rotation is extremely crucial as it directly affects the smooth progress of subsequent gear shifting movements.
After the copper ring completes a rotation at a specific Angle, the entire gear shifting movement can continue to advance. At this point, the slider will be subjected to the appropriate pressure applied by the system and gradually pressed into the (synchronizer hub). During this process, the fit between the slider and the synchronizer hub is equally tight and precise, ensuring that all components can work together to successfully complete the gear shifting operation. When the slider is successfully pressed into the synchronizer tooth hub, it marks that the synchronizer drive slider has successfully completed its important task in this gear shifting operation, providing a reliable guarantee for the normal operation of the electro-hydraulic synchronous CNC bending machine.
The rear stopper of the electro-hydraulic synchronous teaching control bending machine
In the field of modern metal processing equipment, the rear stop material of the electro-hydraulic synchronous CNC bending machine has extremely outstanding performance characteristics. Its unique design enables it to demonstrate a high degree of flexibility and practicality in the actual processing operation.
Specifically, the rear stop material of the electro-hydraulic synchronous CNC bending machine can move smoothly and stably on the linear guide rail. When the equipment starts up and enters the working state, the rear stopper slides slowly along the linear guide rail. The entire process is smooth and effortless, without any lag or obstruction at all. This smooth movement characteristic not only ensures that during the bending process, the rear stop material can precisely move according to the preset position, providing accurate positioning support for the bending of the sheet, but also greatly reduces the possible friction loss caused by unsmooth movement, thereby extending the service life of the equipment.
Meanwhile, this rear material also has the function of adjusting up and down. When dealing with the processing requirements of plates of different thicknesses and specifications, operators can easily adjust the up and down positions of the backstop materials according to specific processing requirements. This flexible adjustment method enables the electro-hydraulic synchronous CNC bending machine to adapt to various complex and variable processing tasks. Whether it is thin plates or thick metal materials, precise bending processing can be achieved by reasonably adjusting the position of the rear stop material, thereby ensuring processing quality and efficiency.
What is even more worth mentioning is that the movement and adjustment function of the rear stopper of the electro-hydraulic synchronous CNC bending machine is highly efficient in actual operation. Through the advanced electro-hydraulic control system, the operator only needs to input the corresponding instructions on the operation panel, and the post-stopper material can quickly and accurately complete the movement or adjustment actions, without the need for cumbersome manual adjustment, which greatly saves operation time and labor costs.
Moreover, this efficient operation mode also makes the control of the post-processing material extremely simple. The entire control process is based on an intelligent numerical control system, and operators can master it proficiently after simple training. During the processing, the numerical control system can monitor the position and status of the backstop material in real time and automatically adjust it according to the preset parameters to ensure that the backstop material always remains in the best working position, providing a reliable guarantee for the smooth progress of the bending processing.
Electro-hydraulic synchronous teaching control bending machine E21 system
In the advanced industrial manufacturing field, the highly anticipated radio wave synchronous CNC folding machine E21 system has demonstrated powerful advantages with its outstanding performance and humanized design.
This radio wave synchronous CNC folding machine E21 system is equipped with a high-definition LCD screen. This LCD screen has an extremely excellent display effect, with high resolution, bright and clear colors, and can present programming parameters to the operator in the most intuitive and clear way. Whether it is complex values, detailed graphics, or various detailed setting options, all can be clearly seen on the screen, allowing operators to easily obtain the required information and providing a strong guarantee for precise operations.
In terms of operation, the design of the X and Y axes of this system is ingenious. They can make flexible and precise manual adjustments according to the specific needs in actual production. This manual adjustment function is extremely convenient. Operators only need to use a simple and understandable operation interface and convenient control buttons to easily fine-tune or significantly move the positions of the X and Y axes, thereby achieving precise control of the processing process and meeting various processing requirements.
It is worth mentioning that the E21 system of the radio wave synchronous CNC folding machine also has a very practical function - the one-click backup and recovery of parameters. In the daily production process, operators no longer need to worry about the loss or incorrect modification of parameters. Just press the corresponding button gently, and the system can quickly make a complete backup of all programming parameters and store them in a specific storage area. When it is necessary to restore parameters, the system can quickly restore the backed-up parameters with just simple operations, ensuring that the equipment's operating state is always at the best level, which greatly improves production efficiency and work stability.
In addition, the system also supports multi-step programming. This function enables operators to flexibly write programs for multiple work steps according to different processing tasks and technological requirements. Each work step can be set with unique parameters and processing paths. The system can execute each work step in sequence according to the preset order, achieving high-precision processing of complex parts. This multi-step programming function not only enhances the processing capacity of the equipment, but also brings greater flexibility and efficiency to production.
To ensure the stable and reliable operation of the equipment in various harsh environments, the radio wave synchronous CNC folding machine E21 system has undergone a series of strict tests during the research and development process. This includes EMC (Electromagnetic Compatibility) testing, which can effectively verify whether the equipment can operate normally in a complex electromagnetic environment and avoid equipment failures caused by external electromagnetic interference. High and low temperature testing simulates extreme temperature environments to examine the performance of equipment under different temperature conditions, ensuring that it can maintain a stable operating state in both high and low temperature environments. Vibration testing involves applying vibrations of different frequencies and amplitudes to the equipment to assess its structural strength and stability, ensuring that no components of the equipment become loose or damaged in a vibrating environment. After these rigorous tests, the E21 system of the radio wave synchronous CNC folding machine has demonstrated extremely high stability and reliability. It has a long service life and can continuously perform outperforming in long-term industrial production, providing a solid guarantee for the production of enterprises.
