What are the application requirements of CNC laser cutting machine?

CNC laser cutting machine application: suitable for high-precision cutting of various metal materials.

CNC laser cutting machine can be processed materials: stainless steel, carbon steel, alloy steel, silicon steel, spring steel, aluminum, aluminum alloy, galvanized sheet, aluminum zinc plating plate, pickling plate, titanium and other metal plates and tubes cutting.

CNC laser cutting machine applicable industries: widely used in sheet metal processing, advertising signage word production, high and low voltage electrical cabinet production, mechanical parts, kitchenware, automotive, machinery, metal crafts, saw blades, electrical parts, eyeglasses industry, springboards, circuit boards, electric kettles, medical microelectronics, hardware, knives and gauges and other industries.

The industries put forward the following requirements for CNC laser cutting machine:

Automotive engine and body stamping parts production line with continuous, efficient, high reliability, the automotive industry requires a special study of automotive parts and components of the process characteristics of the automotive industry and the automotive industry to communicate with each other *** with the research and development of modularity, series of complete sets of flexible production line. Flexible production line to the automotive engine block, cylinder head, crankshaft, connecting rod, camshaft, box and other pivotal processing parts processing for the object, to adapt to the mixed-flow production of the module rapid combination can be reorganized production line, grasp the evaluation of the function, error tracing, quality control and management of the integrated technology, the development of high speed and precision, function and reliability of the numerical control cutting machine, at the same time, with high-speed pickup, auxiliary equipment, such as deburring function, and so on.

Large ships pivotal processing parts concentrated in high-power diesel engine seat, frame, cylinder block, cylinder head, piston rod, crosshead, connecting rod, crankshaft, and gearbox drive shaft, rudder shaft and propellers, etc., pivotal processing parts made of special alloy steel, generally small batch processing, the requirement of processing yields 100%. Hub processing parts with large weight, complex shape, high precision, processing difficulty and other characteristics. Large ship hub parts processing needs to have high power, high reliability and multi-axis heavy-duty, ultra-heavy-duty CNC cutting machine.

Power generation equipment hub processing parts weight, special shape, high precision, processing difficulty, expensive, such as nuclear power plant pressure vessel single piece weighing 400 to 500 tons, a large turbine and generator rotor single piece weighing more than a hundred tons, the requirements of reliable work for more than 30 years. Therefore, power generation equipment pivotal pieces of manufacturing needs of CNC cutting machine is characterized by large size, high stiffness, high reliability.

The structure of typical parts in the aviation industry is characterized by a large number of integral thin-walled structure, complex shape. In order to increase the maneuverability of aircraft, increase payload and range, reduce costs, lightweight design and extensive use of new lightweight materials. A large number of aluminum alloys, high-temperature alloys, titanium alloys, high-strength steel, composite materials, engineering ceramics and so on. Structural complexity of thin-walled parts, honeycomb parts with complex shapes, more holes, cavities, grooves, reinforcement, etc., poor process rigidity. According to the structural characteristics of the aviation industry processing parts and processing requirements, the requirements of the CNC cutting machine with sufficient rigidity, simple manipulation, clear human-machine interface, the requirements of spline interpolation, process average control to reduce the impact on the processing accuracy of the corners, with on-line measurement simulation function.