Model LC2412 CNC Laser Tube Pipe Processing Machine For Carbon/Stainless Steel Pipes

Model LC2412 CNC Laser Tube Pipe Processing Machine For Carbon/Stainless Steel Pipes

Product Introduction:

The laser tube cutting machine is primarily designed for processing a wide range of pipe and tubular materials, including ordinary carbon steel pipes, stainless steel pipes, aluminum alloy pipes, and copper pipes. It delivers high-precision cutting with smooth, burr-free edges, ensuring minimal thermal distortion and superior dimensional accuracy. The system supports complex cutting patterns, including angled cuts, notches, and holes, making it highly versatile for applications in metal fabrication, structural engineering, and industrial manufacturing. Its advanced laser technology allows for efficient, automated operation while maintaining consistent quality across multiple material types and thicknesses.

Product Technical Parameters

1.2 Main composition of the product

The main components of series optical fiber pipe cutting machine are: machine engine, control system, laser, chiller, etc.

1.3.Machine tool main engine part

The main part of the machine tool is the main part of the optical fiber pipe cutting machine, cutting function and cutting accuracy are realized by the host part, the host part of the bed and front chuck, rear chuck, beam and x axis device, z axis device, laser head, variable diameter wheel support device, auxiliary system (lubrication, air path and waterway), electric control cabinet, operation screen, operation panel, etc.

1.4 Electrical control part

The electrical control system of optical fiber pipe cutting machine is an important part of ensuring the running track of various graphics. The electrical control system is mainly composed of numerical control system and low-voltage electrical system.
The machine CNC system is equipped with high performance CNC system, which is based on windows operation platform, stable and reliable operation, and has the characteristics of fast insertion speed, convenient operation, good dynamic performance and strong load capacity.

1.5 Low voltage electrical system

The low-voltage electrical system is located in the electrical control cabinet, which is the interface part of the electrical control of the whole machine. Various original components of the electrical system are produced by well-known manufacturers at home and abroad to ensure the stability, reliability and sensitivity in operation. Drive motor is AC servo motor, AC servo motor is used to drive the X axis and Y axis of the machine tool, characterized by good acceleration performance, fast response speed, Z axis of the machine tool for the feed axis, using AC servo motor (with holding lock) drive: Z axis cutting head, characteristics for good dynamic response characteristics, both follow-up control and NC control.

2.Structure, function and working principle of main components or functional unit

2.1 Bed body part

Through the numerical control system to control its AC servo motor drive, the motor drive gear rack to achieve the Y direction of reciprocating motion, to achieve fast movement. The Y-shaft rack and linear guide rail adopt high precision products to effectively ensure the accuracy of transmission; control limited switches at both ends of the trip, and install hard limit device to effectively ensure the safety of the machine tool. The main engine is equipped with automatic lubricating oil to the moving parts of the bed to ensure the operation of the moving parts in good condition and improve the service life of the guide rail, gear and rack.

2.2 Cross member and X-axis and Z-axis device
The beam eliminates the internal stress after annealing, and the vibration time is then processed after rough machining to ensure the rigidity and stability of the laser head moving member. X axis and Z axis are driven by high precision module. In the process of movement, the limit switch controls the stroke to limit, and there are elastic cushion mechanical limit at both ends to ensure the safety of the system operation.

The Z-axis device mainly realizes the upper and lower movement of the laser head. The upper and lower movement of the laser head is completed by the numerical control system controlling the servo motor, and the motor drives the linear module, which drives the upward and downward reciprocmovement of the Z-axis skateboard. The upper and lower ends use proximity switches to control the travel, to ensure the safety and reliability of the movement.

Primarily designed for cutting a variety of pipe materials, this equipment is suitable for ordinary carbon steel pipes, stainless steel pipes, aluminum alloy pipes, and copper pipes. It is capable of handling these different materials with precision, ensuring clean and accurate cuts while maintaining the integrity of the pipe surfaces. This versatility makes it ideal for applications in metal fabrication, construction, and industrial production where multiple types of pipes are processed.