Equipment introduction
It is a high-end intelligent 3D cutting equipment, which can realize 3D flexible, high-quality and precision machining of hot-formed high-strength steel plates. It is suitable for automotive hot-forming industry, helping the body to be lightweight, intelligent and improve the safety performance of automobiles.
Independent innovation and development of non-contact (low load) true five-axis control system, with self-developed high-performance five-axis cutting head, N*360° infinite rotation for more efficient and refined operation, complex curved three-dimensional parts processing, to achieve automatic space cutting high-end equipment.
1.Laser power: 2500W-15000W
2.Cutting materials: stainless steel, carbon steel, high strength steel, aluminum alloy, titanium alloy and other metal materials
3.Suitable industries: aerospace industry, automobile, mold, engineering machinery, fitness equipment
1, The use of gantry double drive beam, compact mechanism, high stability, high precision stable cutting
2, Using n×360° rotating 3D cutting head, plane cutting platform, 3D and plane cutting free switch
3, Machine tool safety protection in line with CE international safety standards
Intelligent control system rich process library
Equipped with excellent performance of fiber laser, 3D cutting head and control system, can cut stainless steel, carbon steel, high-strength steel, aluminum alloy and other metal materials, with excellent cutting effect and rich process library, reduce the workload of workers debugging.
Cantilever type 3D five-axis fiber laser cutting machine is specially developed for metal 3D parts cutting equipment, can trim the edge of metal 3D parts, cutting holes. It has the characteristics of high efficiency, high precision, high yield, high cutting quality, easy operation and maintenance-free. It can process metal materials in batches.
Cantilever structure
Using simulation technology, precise mechanical analysis and design of cantilever structure; It has high rigidity, shock absorption, and ensures smooth cutting track under high dynamic performance. The completely closed hard optical path ensures the clean and dust-free optical path system; The flying optical path technology makes the weight of the machined parts do not affect the precision and speed of processing;
Control system
Based on the mature high precision numerical control system, by optimizing the underlying algorithm, a high speed, non-contact (low load) numerical control system suitable for laser cutting is developed. Good human-machine interface numerical control system, six axes (X\Y\Z\A\C\B axis) real-time control; Peripheral equipment such as laser, fixture, turntable and safety protection can also be controlled in real time; Realize remote monitoring and diagnosis
Five axis cutting head
The laser cutting head is highly dynamic and highly accurate, and the optimized shape design ensures accessibility. The highly responsive servo system can ensure the constant distance between the cutting nozzle and the workpiece surface, and has non-contact distance sensing and automatic distance compensation function; Safety collision protection ensures a quick reset after a collision.
Off-line programming software
Using the latest virtual simulation technology, it realizes the rapid conversion from digital model to machining program and improves the operation efficiency.
It has the functions of import, microconnection, cutting sequence, optimizing cutting path and optimizing speed.
Cut sample
