Stainless steel decompression orifice plates play an important role in the industrial sector, and the demand for precision machining is increasing. In traditional processing methods, such as punching and cutting, problems such as hole accuracy and thermal deformation are often faced. The application of laser perforation technology has brought new possibilities to the manufacture of stainless steel pressure-reducing orifice plates.
Challenges and limitations of traditional processing methods
The traditional punching method is subject to mechanical extrusion, which is difficult to meet the high-precision requirements of small apertures, which is easy to cause material deformation and affect the overall performance of the decompression orifice plate. In the processing of small aperture high-density pressure reducing orifice plates, its efficiency and accuracy are not satisfactory.
The unique advantages of laser perforation technology
With its high precision, low thermal influence and high efficiency, laser drilling technology has emerged in the processing of stainless steel decompression orifice plates. With a highly focused laser beam, the micro-aperture decompression holes can be precisely machined, ensuring consistent size and position of each hole. The small heat-affected zone during laser drilling helps to reduce the risk of thermal distortion of the material and maintain the geometry and stability of the decompression orifice plate.
The laser punching machine is also an intelligent equipment, which can carry out the whole process of automatic punching, which also means that the labor cost is greatly reduced, and it can cooperate with self-service loading and unloading to achieve mechatronics, plus the speed of laser punching is very fast, and the daily production capacity is very high.
As an emerging technology in the manufacture of stainless steel decompression orifice plates, laser perforation technology provides new possibilities for precision machining. Its unique advantages such as high precision, low thermal impact, and high efficiency make it an ideal choice for manufacturing precision decompression orifice plates. It leads the innovation direction of stainless steel pressure reducing orifice plate manufacturing technology, bringing more convenience and benefits to industrial manufacturing.