GUANGDONG HWASHI TECHNOLOGY INC.
GUANGDONG HWASHI TECHNOLOGY INC.
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Main Machine Introduction
Use two sets of fixtures for cycle welding and loading of material. Use servo motor to drive the feeder. Adopt 6 sets of MF DC power source, so you can weld six points at one time. After welding, the unloading mechanical arm will pick up the product and do stacking automatically.
The equipment consists of a frame and four bending systems.The two groups on the left are identical.The two groups on the right are the same.The two groups on the left and the two on the right are symmetrically arranged.The three-axis hydraulic synchronous mechanism enables the bending module to move forward and backward, left and right, and up and down.The bending of the mesh is realized by rotating the bending mechanism with the push of the bending cylinder.First, bend the two sides of the frame and the two sides of the rear frame.Fold into a rectangular metal frame.
The device consists of a rack and a set of bending systems.The three-axis hydraulic synchronous mechanism enables the bending module to move forward and backward, left and right, and up and down.The bending of the mesh is realized by rotating the bending mechanism with the push of the bending cylinder. Then the moving mechanism moves the mesh to the next bending position. Bend the first side, then move the second side to bend. Then move the third side and bend, and finally bend the fourth side. The efficiency is slower than double station machine.
The device is composed of a frame and a hydraulic system, which makes the lock module move through a hydraulic synchronous mechanism. It only needs to manually place the frame on the positioning mechanism to automatically complete the lock action.
1. The equipment frame is processed as a whole to ensure high bending precision, stable operation and high efficiency. Every 15-20s can bend a frame.
2. Adopt special bending balance system to ensure diagonal dimension of frame.
3. The machine is controlled by human-machine interface +PLC programming control mode, with high degree of automation.
4. Manipulator can be configured to automatically load and unload materials to reduce personnel configuration.
5. Simply change the mold block, you can meet the needs of bending different pipes, and the mold is easy to change.
6. Servo hydraulic, with fast response, low inertia, high precision.
7. High degree of modularization of each part of the equipment, which can be configured to improve the degree of automation according to customer requirements.
The equipment adopts 4 sets of medium frequency power supply, through seven sets of welding mechanism to automatically complete the bottom frame welding, using manual feeding and loading, automatic positioning and automatic welding, high welding efficiency, the frame adopts vertical strengthening structure, to ensure the strength requirements of welding work.
1. The equipment frame is processed as a whole to ensure high bending precision, stable operation and high efficiency. Every 15-20s can bend a frame.
2. Adopt special bending balance system to ensure diagonal dimension of frame.
3. The machine is controlled by human-machine interface +PLC programming control mode, with high degree of automation.
4. Manipulator can be configured to automatically load and unload materials to reduce personnel configuration.
5. Simply change the mold block, you can meet the needs of bending different pipes, and the mold is easy to change.
6. Servo hydraulic, with fast response, low inertia, high precision.
7. High degree of modularization of each part of the equipment, which can be configured to improve the degree of automation according to customer requirements.
The design adopts horizontal structure and 7 welding heads for
completing the welding of base frame. The operator only need to load and unload the product. The machine will do the welding automatically. It adopts 3 sets of MF DC 160KVA power. The machine helps to increase
product quality and production rate, lower the production cost. Solve the
problem of unstable welding quality caused by manual work. Higher
production rate and automation level.