English
The fully automatic multilateral bending machine is a benchmark product for the sheet metal manufacturing industry to enter automated production. The following is a detailed introduction:
A. Main features
1. High efficiency and energy saving: The bending speed is fast, usually 3 times that of CNC bending machines. , reaching 0.3 seconds/time. All are driven by electric servo, which consumes no power when not working. Compared with traditional electro-hydraulic bending machines, it saves about 30% to 70% energy.
2. High degree of automation: Equipped with an automatic bending length adjustment system, it is suitable for bending plates of different sizes and can continuously process different specifications without manual adjustment. Automatically change sides and feed materials, plates enter and parts come out. The entire bending process only requires personnel to perform loading and unloading operations, without the need for auxiliary bending.
3. High precision: upper and lower dual servo rotation, automatic pressing structure, rapid pressing, adjustable pressure, and high rotation and positioning accuracy. It has a self-developed control system that can accurately control the position and speed of the bending knife to ensure stable and reliable operation of the equipment.
4. Easy to operate: The operation interface is simple and easy to use, and the bending program editing is convenient and fast. It only requires simple training to start work, and the operator's own skill requirements are low. Bus control can be directly connected to the Internet of Things for remote control and grid-connected monitoring.
5. Various functions: There is no need to change the mold. You can easily fold out various shapes by using the upper and lower folding knives and pressing knives, and mold them in one go. It can be widely used in steel cabinet shells (such as filing cabinets, tool cabinets, electrical cabinets, etc.), furniture, ventilation, refrigeration, doors, decoration, elevators and other related metal forming fields.
B. Working principle The working principle of the fully automatic multilateral bending machine is mainly to place the metal material on the workbench, and then use the pressure and bending mechanism of the machine to bend the material. It is mainly composed of two parts: hydraulic system and control system:
1. Hydraulic system: It is the core part of the bending machine, mainly including hydraulic cylinders, hydraulic pumps, hydraulic valves and other components. When working, the hydraulic pump sends hydraulic oil into the hydraulic cylinder to generate pressure. Then, through the control of the hydraulic valve, the pressure is transmitted to the upper mold or lower mold to generate the required bending force. The hydraulic system has the advantages of high pressure and good stability, and can meet the needs of bending metal materials of different thicknesses.
2. Control system: used to control the working process of the bending machine, mainly including electrical control and PLC control. Electrical control is mainly through manual operations such as buttons and switches, which can realize the basic functions of the bending machine. PLC control realizes the automatic operation of the bending machine through preset programs. Through the control system, operators can adjust parameters such as bending angle and pressure, and monitor the real-time status of the bending process.
3. Market situation Fully automatic multilateral bending machines have a wide range of applications and demands in the market, and their prices vary depending on factors such as brand, model, configuration, etc. When purchasing, it is recommended that consumers consider comprehensively based on their own production needs, budget, after-sales service and other factors to choose products that suit them.
To sum up, the fully automatic multi-edge bending machine is playing an increasingly important role in the sheet metal manufacturing industry due to its high efficiency, energy saving, high degree of automation, high precision, easy operation and diverse functions.
