The laser cutting loading and unloading solution is a system that integrates advanced technology and automation equipment, aiming to improve the utilization rate of laser cutting machines, achieve full automation of steel plate laser cutting loading and unloading, and meet the needs of modern manufacturing for flexible and efficient production. The following is a detailed explanation of the solution:
1, System composition
The laser cutting loading and unloading system mainly consists of the following parts:
Steel plate feeding suction cup fixture: used to automatically pick up and place steel plates from the raw material table onto the worktable of the laser cutting machine.
Cutting fork type fixture: used to automatically pick up the cut workpiece from the worktable of the laser cutting machine, and classify and stack it as needed.
X. Z-axis: Achieve precise movement of the fixture in both horizontal and vertical directions, ensuring accurate placement and picking of workpieces.
Automatic lifting material table: used to store steel plates to be cut and automatically lift them to the appropriate height for fixtures to pick up.
Automatic finished product discharge platform: used to store cut workpieces and organize and classify them as needed.
Laser cutting machine: It is the core equipment of the system that performs cutting tasks.
In addition, the system also includes a material warehouse, loading robot arm, unloading robot arm, sorting unit, warehouse management system, production line operation management system, etc., to achieve unified management of production cutting tasks, improve laser machine utilization efficiency, and reduce employee labor intensity.
2, System features
Unmanned operation: The system can automatically identify parts and accurately classify and stack them without manual intervention, achieving unmanned completion of workpiece cutting and sorting.
Automatic sheet thickness measurement and separation: The system has an automatic sheet thickness measurement function, which can accurately measure the thickness of the sheet and perform sheet separation and double-layer sheet detection as needed.
Offline programming software: Equipped with offline programming software, it improves operational convenience and efficiency, enabling the system to adapt more flexibly to different cutting tasks.
Modular design: The system adopts modular design, which can be matched with mainstream laser cutting machines in the market and customized according to customer needs, improving the flexibility and applicability of the system.
3, System advantages
Improve production efficiency: With the help of fast sheet cutting and loading functions, the utilization rate of laser cutting machines is higher, achieving 24/7 operation without manual cycles.
Reduce production costs: The system can automatically identify parts and accurately classify and stack them, reducing the cost of manual classification and stacking. Meanwhile, by increasing the utilization rate of laser cutting machines and reducing standby time, production costs have been further reduced.
Improving product quality: The system has the advantages of robot motion flexibility and laser cutting speed, good quality, and narrow cutting seam, which can meet the requirements of complex 3D cutting and help improve the quality level of industrial products.
Improving the on-site environment: The system has achieved unmanned operation, reducing the number of workers and avoiding the problem of labor shortage. At the same time, the application of automated equipment and intelligent management systems has improved the on-site environment and enhanced the company's image.
4, Customized services
Based on the customer's workpiece requirements, confirm the specific configuration and provide a quotation accordingly. The drawings provided by Kubic provide a specialized fully automatic laser loading and unloading solution to ensure that the system can meet the actual needs of customers.
In summary, the laser cutting loading and unloading solution is an efficient, flexible, and reliable automated production system that can meet the modern manufacturing industry's demand for flexible and efficient production. Through the application of this system, enterprises can significantly improve production efficiency, reduce production costs, enhance product quality, and improve on-site environment, thereby enhancing market competitiveness and achieving greater economic benefits.
