1. The automatic assembly machine can be freely matched and matched according to user requirements.
2. Positioning of the workpiece on the station: According to the actual situation of the buyer's product, the axial and circumferential directions are based on a pipe connection hole (or pipe joint) as the benchmark.
3. The loading and unloading of the workpiece (up and down the line) adopts the manual mode, and the feeding of the accessories is manual feeding and automatic feeding.
4. Welding is automatic welding, the welding torch can move with multiple degrees of freedom, and the workpiece can be rotated to achieve the required position of the weld.
5. PLC (Programmable Logic Controller) is used to control the entire automatic production process, the touch screen is used as the man-machine interface, and the cylinder and the motor cooperate to perform automatic actions.
Automatic assembly machine automation complete control system, specializing in the design, assembly machine development and production of fully automatic special automation equipment, industrial robots, automated production lines, and provide corresponding technical consultation and after-sales service. The product quality is stable, and compared with imported equipment, it has the characteristics of low price, easy maintenance, leading domestic technology and international advanced level. Automated assembly line robot configuration algorithm to solve the problem of assembly line robot configuration with an unknown cycle and a fixed number of workstations. Establish the division of labor and apply it to the assembly line, so that the robot can achieve the maximum utility and reduce the product production cycle. Provide an operational computer-aided flexible assembly line robot configuration system.
The automatic assembly machine adopts the scheme of direct asynchronous conveying and direct positioning of the bottom plate according to the characteristics of the product; according to the content of the operation and the production rhythm, the automatic assembly line adopts the production process flow combining tree structure, series structure and parallel structure; The characteristics of the station need to be expanded and implemented in stages, the use of the upper-level control and the unit control of the secondary computer distributed control method, plus the unit control of the operation panel and the fault detection and warning system, make the entire control system more complete. The mechanical, control, pneumatic and other systems of the entire assembly line all adopt the building block combination structure, which reflects the modularization and serialization design ideas. The automated production assembly line is composed of process system equipment such as distribution, assembly, testing, aging, and packaging. Flexible operation equipment such as intelligent special plane and distributed programmer (PLC) combination; realize efficient production automation.