Machining refers to the process of changing the shape or performance of a workpiece through a mechanical device. According to the difference in processing methods, it can be divided into cutting processing and pressure processing. With the rapid development of modern processing technology, processing equipment automation has realized machine tool processing cycle automation and auxiliary work automation, shortening auxiliary time, improving workers' working conditions and reducing workers' labor intensity.
Through in-depth research on my country's machining industry, Zhonglite fully understands the process procedures of machining, and develops a series of intelligent machining equipment according to the specific production needs of customers and the characteristics and process requirements of processed workpieces. The customer's general processing equipment has been intelligently transformed using electrical control technology and digital control technology. In this process, we have accumulated rich experience and advanced technology.
plan description:1. The robot automatically loads and unloads
The motion stability and positioning accuracy of the robot realize the processes of grasping, loading, unloading, cleaning, flipping, shifting, transportation, etc., with a large working range, high positioning accuracy and strong versatility.
2. Flexible transmission system
Make full use of the chain suspension conveyor, roller conveyor system, AGV trolley and other conveying forms to complete the flexible conveying of the workpiece.
3. Visual accuracy monitoring system
In order to ensure the machining accuracy, the machining process accuracy and product accuracy are detected to prevent waste products caused by over-tolerance of dimensions, etc., to eliminate human observation errors, improve measurement accuracy, realize the overlap of the machining process and the inspection process, and reduce auxiliary time
4. Precise positioning system
According to the specific requirements of workpiece processing, a precise positioning system is designed to achieve the function of clamping in place and error prevention through precise gas inspection to ensure that the reference surface of the workpiece is closely attached to the positioning end surface of the fixture to ensure the processing quality.
5. Intelligent tool selection system:
The intelligent tool selection system can automatically select the tool and clamping form according to the specific situation of the product, meet the requirements of cutting performance, productivity, and clamping positioning, and greatly improve the specialization, standardization, serialization and generalization of tools and fixtures.
6. Workpiece automatic clamping function:
Since the automated processing system has very strict requirements for fixtures, while considering the connection with the automatic conveying system or loading and unloading devices, the fixtures are automatically selected according to the site requirements, with good openness, sufficient rigidity and clamping force, and can be automatically arranged The chip is automatic, the structure is simple, and it is easy to assemble, replace, adjust and repair.
Wuxi Lerin New Energy Technology Co.,Ltd. , https://www.lerin-tech.com