Fiber laser cutting machine adopts cylindrical coordinate series CNC

Taiwan group automatic fiber cutting machine is divided into straight seam welded pipe and spiral welded pipe according to the weld form. According to the purpose, it is divided into general welded pipe, galvanized welded pipe, oxygen-blowing welded pipe, wire casing, metric welded pipe, roller pipe, deep well pump pipe, automobile pipe, transformer pipe, electric welded thin-walled pipe, electric welded special-shaped pipe and spiral welded pipe. Main purpose: general welded pipe, general welded pipe is used to convey low pressure fluid. Made of Q195A, Q215A, Q235A steel. It can also be made of other mild steel that is easy to weld. Steel pipes need to be subjected to water pressure, bending, flattening and other experiments, and have certain requirements on the surface quality. Usually the delivery length is 4-10m, and the fixed-length (or double-length) delivery is often required. The specifications of welded pipes are expressed by the nominal diameter (mm or inches). The nominal diameter is different from the actual. Welded pipes are divided into two types: ordinary steel pipe and thickened steel pipe according to the specified wall thickness. 6-17 is the size of welded steel pipe. Generally used for steel structure, for intersecting line processing. CNC flame cutting machine, CNC plasma cutting machine, gantry fiber laser cutting machine, fiber laser cutting machine, portable fiber laser cutting machine, desktop fiber laser cutting machine, flame cutting machine, plasma cutting machine, laser cutting machine, underwater etc. Sub-cutting CNC pipe fiber laser cutting machine, CNC pipe fiber laser cutting machine is a device that automatically calculates and cuts the line of intersection between the steel pipe and the end. This machine is widely used in the cutting and processing of pipeline steel structure in construction, chemical, petroleum, machinery, metallurgy and other industries.

Taiwan group automatic optical fiber cutting machine. In these industries, there are a large number of pipes that combine intersecting lines, intersecting line ends, and elbows. Traditionally, most of this type of processing uses prototypes, scribing, Backward and complicated methods such as manual lofting, manual cutting, and manual polishing. BCN CG series CNC pipe fiber laser cutting machine can cut this kind of workpiece very conveniently, and the operator does not need to program, just input the diameter, wall thickness, intersection angle and other parameters of the matched pipe, and the machine can automatically cut the pipe. Intersecting lines, intersecting holes, and welding grooves. BCN CG series numerical control pipe fiber laser cutting machine adopts cylindrical coordinate series numerical control, the number of control axes is 4~8, the control method is that the pipe to be cut rotates, and the cutting torch moves along the axis of the pipe. The cutting torch swings left and right, front and rear. The cutting torch moves up and down. Wait. The multi-axis linkage machine can cut intersecting lines and variable-angle welding grooves on the main pipe, and can also cut intersecting holes and welding grooves on the branch pipe. The CNC control interface of the BCN CG series CNC pipe intersecting fiber laser cutting machine combines graphics and data, and the operation is very simple; the positioning of the workpiece after clamping, the movement of the cutting torch, and the rotation of the workpiece are carried out by the control box. Parameters such as diameter, wall thickness, intersection angle, cutting speed, etc. are input into the computer. Then the cutting is automatically completed by the computer control box. Reasonable cutting lead-in and lead-out lines are designed in the software to ensure the quality of the cutting surface. The parameters after each cut can be saved as a file for the same workpiece in the future. Taiwan group automatic fiber cutting machine is a kind of equipment that automatically calculates and cuts the intersecting line hole, the end of the intersecting line and the elbow (shrimp section) at the junction of the steel pipe and the non-ferrous metal pipe.

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