Exchange Platform Fiber Laser Cutting Machine for Steel, Iron

iGR-E series laser cutting machine is a new generation of safe and efficient metal plate laser cutting equipment, can be widely used in stainless steel plate, carbon steel plate, aluminum plate, copper plate and other metal plate cutting, exchange platform to join, do not need to wait for cutting time, can maximize the production line rate, high cost performance, high precision, full function, easy to use.

Optional laser power 1500W-3000W; Optional countertop 3015/4015/6015.

Key Features of Exchange Platform Fiber Laser Cutting Machine

1. Fiber Laser Source: Exchange platform fiber laser cutting machines use a high-power fiber laser source, which is highly efficient and provides a concentrated laser beam for precise cutting of various materials, particularly sheet metals.
2. Exchange Platform: The exchange platform consists of two pallets or shuttle tables. While one table is inside the cutting area, the other can be loaded/unloaded with material, ensuring a continuous workflow.
3. Automated Material Handling: These machines often incorporate automated material handling systems, such as robotic arms or conveyors, to move and position sheet metal for cutting and loading/unloading. This automation minimizes manual labor and increases productivity.
4. CNC Control System: The machine is controlled by a computer numerical control (CNC) system that precisely controls the laser head’s movement and cutting parameters. Operators use software to create and optimize cutting programs.
5. Safety Features: Safety features such as laser safety enclosures, sensors, and emergency stops are included to protect operators and bystanders during the cutting process.
6. Cutting Head: The cutting head can be adjusted for different materials and thicknesses, and it typically includes a lens for focusing the laser beam. Some machines have auto-focus capabilities.
7. Software Integration: These machines often work with CAD/CAM software to import design files and generate cutting paths. The software allows for nesting of parts to minimize material waste.
8. Dust and Fume Extraction: An effective ventilation and dust/fume extraction system is essential to remove smoke and debris generated during the cutting process, ensuring a safe and clean working environment.
9. Remote Monitoring and Maintenance: Some machines offer remote monitoring and diagnostic features, allowing for real-time tracking of machine performance and predictive maintenance.

Exchange Table Laser Cutting Machine

Exchange table laser cutting machine is suitable to industries such as: metal cutting, locomotive manufacturing, elevator manufacturing, electrical switch manufacturing, aerospace, food machinery, textile machinery, construction machinery, agricultural and forestry machinery, special automobiles, household appliances manufacturing, tool processing, IT manufacturing, petroleum machinery manufacturing, food machinery , Diamond tool welding, gear welding, metal material surface treatment, advertising decoration, laser processing services and other machinery manufacturing and processing industries. The applicable materials of exchange table laser cutter: professionally used to cut various medium and thin metal plates, high-quality cutting 0.5-10mm carbon steel plates, 0.5~5mm stainless steel plate, aluminum alloy plate, galvanized plate, electrolytic plate, silicon steel, titanium alloy and other metal materials.

An “Exchange Platform Fiber Laser Cutting Machine” is a specific type of industrial laser cutting machine designed for high productivity and efficiency in sheet metal processing. This type of machine typically features an exchange platform system, which allows for continuous cutting and loading/unloading of material sheets, minimizing downtime and maximizing throughput.

Advantages Of Sheet Metal Laser Cutting Machine

The laser cutting technology has been used in a variety of metal fabrication industries due to its light weight, high strength, electrical conductivity, low cost, and good mass production performance. What are the advantages of laser metal cutting?

• Use CNC programming software to improve laser cutting efficiency.

Laser cutting can effectively use the advantages of programming software, greatly improve the utilization rate of thin plate materials, reduce the use and waste of materials, and at the same time reduce the labor intensity and strength of workers to achieve the desired effect. On the other hand, optimizing the functionality of nesting can omit the material cutting link of thin plate cutting, effectively reduce the clamping of materials, and reduce the time for processing assistance. Therefore, it promotes a more reasonable arrangement of the cutting plan, effectively improves the processing efficiency and saves materials.

• Save the product development cycle and realize the mass production of sheet metal parts.

In the ever-growing market environment, the speed of product development means the market. The application of laser cutting machine can effectively reduce the number of molds used, save the development cycle of new products, and promote the speed and pace of its development. The quality of the parts after laser cutting is good, and the production efficiency is significantly improved, which is helpful for small batch production and strongly guarantees the market atmosphere where the product development cycle is shortening day by day, and the application of laser cutting can control the size of the blanking die Precise positioning of the size will lay a solid foundation for future mass production.

• Reduce sheet metal fabrication procedures and reduce production costs.

In the sheet metal processing operation, almost all the plates need to be formed on the laser cutting machine at one time, and directly welded together, so the application of the laser cutting machine reduces the process and the construction period, effectively improves the work efficiency, and can realize the workers double optimization and reduction of labor intensity and processing cost, while promoting the optimization of the working environment, greatly improving the speed and progress of research and development, reducing mold investment, and effectively reducing costs.