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Supply Aircraft Fuel Hydraulic Ring Control Pipe
King-Mason provides you with high quality aircraft ducts. There are a large number of conduits in the aircraft, especially in the aircraft engine, which are used to transport fuel, oil, power, compressed air, control cables, etc. Therefore, the reliability and safety of the conduit system is an important issue that cannot be ignored. The design and manufacture requirements of aviation conduits are higher than those of other types of conduits. At present, the design and manufacture of aviation pipe has realized the CAD/CAM digital, can be in CATIA, UG and other CAD system for pipe layout and pipe shape design, generate CNC bending instructions, CNC bending machine and other automatic pipe making equipment to automatically bend the pipe out. Whether the shape and parameters of the catheter meet the design requirements can be measured by the catheter measuring machine or the special tubular measuring device and software module. The advantage of the special catheter measuring equipment is that the measurement efficiency is high. The shape of the catheter is different, and the spatial direction is more complex, but except for a few special shapes of the catheter, most of the catheter is composed of several straight and circular segments connected from end to end. The arc segment can also be regarded as the arc transition of two intersecting line segments (two intersecting lines determine a part of the radius of the common tangent circle), and the arc segment can be indirectly represented by two intersecting line segments and the radius of the common tangent circle. Since the radius of the bending module of the CNC bending machine is generally a serialized standard value, this value can be directly used as the radius value of the arc transition of the conduit. The straight segment of the catheter can be represented by its center line. In the space coordinate system, the center line can also be represented by the starting point and the ending point of the space vector, which can be regarded as the nodes of the shape of the catheter (X, Y, Z), and the pipe parameters expressed in this way are called the vector pipe shape of the catheter. After more than two decades of research, King-mason has made a major breakthrough in the high-precision manufacturing technology of metal conduit.
Supply Aircraft Fuel Hydraulic Ring Control Pipe
King-Mason provides you with high quality aircraft ducts. There are a large number of conduits in the aircraft, especially in the aircraft engine, which are used to transport fuel, oil, power, compressed air, control cables, etc. Therefore, the reliability and safety of the conduit system is an important issue that cannot be ignored. The design and manufacture requirements of aviation conduits are higher than those of other types of conduits. At present, the design and manufacture of aviation pipe has realized the CAD/CAM digital, can be in CATIA, UG and other CAD system for pipe layout and pipe shape design, generate CNC bending instructions, CNC bending machine and other automatic pipe making equipment to automatically bend the pipe out. Whether the shape and parameters of the catheter meet the design requirements can be measured by the catheter measuring machine or the special tubular measuring device and software module. The advantage of the special catheter measuring equipment is that the measurement efficiency is high. The shape of the catheter is different, and the spatial direction is more complex, but except for a few special shapes of the catheter, most of the catheter is composed of several straight and circular segments connected from end to end. The arc segment can also be regarded as the arc transition of two intersecting line segments (two intersecting lines determine a part of the radius of the common tangent circle), and the arc segment can be indirectly represented by two intersecting line segments and the radius of the common tangent circle. Since the radius of the bending module of the CNC bending machine is generally a serialized standard value, this value can be directly used as the radius value of the arc transition of the conduit. The straight segment of the catheter can be represented by its center line. In the space coordinate system, the center line can also be represented by the starting point and the ending point of the space vector, which can be regarded as the nodes of the shape of the catheter (X, Y, Z), and the pipe parameters expressed in this way are called the vector pipe shape of the catheter. After more than two decades of research, King-mason has made a major breakthrough in the high-precision manufacturing technology of metal conduit.
