Fully automatic fiber cutting machine manufacturers improve cutting size accuracy and speed

The system software of the group of automatic fiber cutting machine manufacturers adopts the combination of CAD drawing and library module input, thus ensuring the wide range of structure processing and the convenience of workpiece programming and nesting. The cutting machine nesting programming system mainly includes three parts: AutoCAD drawing programming, pipe fitting module input programming, and nesting system. Select CAD drawing programming, you can enter the CAD interface to draw graphics and generate entities, complete and save the cutting data according to the CAD command bar prompts; module input programming divides the pipe cutting machine into branch pipe-bend pipe cutting, branch pipe-main pipe cutting, etc. Class model, you need to enter the library module to enter the editing interface. The nesting system arranges and combines different intersecting types of cutting workpieces according to the length of the pipe according to the cutting process and processing requirements, and generates a cutting file containing all the workpieces. The utilization rate of materials is improved, the cutting operation of the workpiece is completed at one time, and the production efficiency is improved. The main performance parameters of cutting steel pipe specifications are: the maximum length of the cutting steel pipe is 15m, the cutting thickness is 6-50mm depending on the size of the cutting nozzle, gas pressure, etc., and the cutting speed is basically meeting the company's production needs. In the field production application, the technical department compiles the cutting instructions according to the needs, and issues them to the workshop unloading team, and the workshop cutting machine operators input the instructions into the control system. And choose the size of the cutting nozzle according to the thickness of the pipe, and adjust the working pressure of the gas to get the ideal flame. After the equipment is normal, the pipe to be cut is hoisted on the cutting machine bracket, and the processed pipe is tightened and positioned with a chuck. Then move the cutting nozzle to the cutting point to prepare for cutting. The test pipe fiber laser cutting machine has the characteristics of wide cutting range, fast cutting speed and high working efficiency.

The future development of the group of automatic fiber cutting machine manufacturers lies in the flexibility of equipment movement and the enhancement of its disassembly and assembly convenience to adapt to construction operations in various environments and sites. At the same time, cutting methods with more concentrated heat sources (such as plasma cutting, laser cutting) will reduce cutting deformation, improve cutting dimensional accuracy and speed, and reduce the amount of grinding after cutting, which will also be the future cutting direction. For the cutting process and cutting of the fiber laser cutting machine, the test pipe fiber laser cutting machine has the characteristics of wide cutting range, fast cutting speed and high work efficiency. The future development lies in the flexibility of equipment movement and the enhancement of its disassembly and assembly convenience to adapt to construction operations in various environments and sites. At the same time, cutting methods with more concentrated heat sources (such as plasma cutting, laser cutting) will reduce cutting deformation, improve cutting dimensional accuracy and speed, and reduce the amount of polishing after cutting, which will also be the future cutting direction. The division of safety scope mainly includes: personnel, equipment, air pollution and noise environment and other supporting facilities, division of responsibility areas, and implementation of a management system of fixed personnel and fixed aircraft; air pollution and noise are ignored by most colleges and universities, and should be taken from the source Start monitoring and assume social responsibility. The construction of rules and regulations for instruments and equipment mainly includes two aspects: the hazards of instruments and equipment and safe operation procedures. The hazards of equipment and equipment include: factors of mechanical damage, forms of mechanical damage, results of mechanical damage, causes of mechanical accidents, basic requirements for mechanical safety, etc.

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