The profile bending machine features an arc-down structure, with the upper roller axle fixed and the two lower roller axles moving in an arc relative to the upper axle around a central axis. The primary function of the profile bending machine is to pre-bend the ends of profiles and cause deformation through bending, with both lower axles serving as the main drive shafts powered by hydraulic motors, enabling the deformed profiles to be rolled into shape.
To prevent distortion and deformation of profiles during the rolling process and to improve the rolling precision, additional supporting rollers and wheels are provided. These can move up and down vertically to accommodate profiles of different specifications and bending radii.
All actions of the profile bending machine are hydraulically driven and controlled electrically from a centralized control panel, featuring digital display and operation concentrated on the console. The machine is reasonably structured, stable in performance, fully functional, and significantly efficient in saving energy and materials, making it an ideal equipment for bending profiles.
Operating a profile bending machine also requires skill, especially attention to the following points:
1. Before using the profile bending machine, a comprehensive check should be carried out, and a no-load test run should be performed.
2. The body of the profile bending machine should be grounded. The power supply should not be connected directly to the buttons but should be connected through a separate switch box.
3. The placement of the rebar should coordinate with the direction of rotation of the stop iron axle and the working disk to avoid incorrect placement.
4. Bending of irregular rebar on the profile bending machine is prohibited to prevent accidents.
5. After completing operations with the profile bending machine, it is important to clean the site, maintain the equipment, and disconnect the power. Cleaning the site and maintaining the equipment should always be done after the power has been turned off.
To prevent distortion and deformation of profiles during the rolling process and to improve the rolling precision, additional supporting rollers and wheels are provided. These can move up and down vertically to accommodate profiles of different specifications and bending radii.
All actions of the profile bending machine are hydraulically driven and controlled electrically from a centralized control panel, featuring digital display and operation concentrated on the console. The machine is reasonably structured, stable in performance, fully functional, and significantly efficient in saving energy and materials, making it an ideal equipment for bending profiles.
Operating a profile bending machine also requires skill, especially attention to the following points:
1. Before using the profile bending machine, a comprehensive check should be carried out, and a no-load test run should be performed.
2. The body of the profile bending machine should be grounded. The power supply should not be connected directly to the buttons but should be connected through a separate switch box.
3. The placement of the rebar should coordinate with the direction of rotation of the stop iron axle and the working disk to avoid incorrect placement.
4. Bending of irregular rebar on the profile bending machine is prohibited to prevent accidents.
5. After completing operations with the profile bending machine, it is important to clean the site, maintain the equipment, and disconnect the power. Cleaning the site and maintaining the equipment should always be done after the power has been turned off.
