300mm X Axis Itinerary CNC Laser Tube Cutting Machine Line ≤30mm Tailor Length

300mm X Axis Itinerary CNC Laser Tube Cutting Machine Line ≤30mm Tailor Length

Product Introduction:

The laser tube cutting system is specifically engineered for processing a diverse range of tubular and pipe materials, including standard carbon steel pipes, stainless steel pipes, aluminum alloy pipes, and copper pipes. It provides high-precision cutting with smooth, burr-free edges, ensuring minimal thermal deformation and exceptional dimensional accuracy. The platform accommodates intricate cutting designs, such as angled cuts, notches, and perforations, making it highly adaptable for applications in metal fabrication, structural construction, and industrial manufacturing. Leveraging advanced laser technology, the system enables efficient, automated operation while delivering consistent quality across various materials 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 core component of the machine tool constitutes the primary section of the fiber optic pipe cutting machine, with the cutting function and precision achieved through the main unit. The main unit comprises the bed, front chuck, rear chuck, beam and X-axis assembly, Z-axis assembly, laser head, variable-diameter wheel support mechanism, auxiliary systems (including lubrication, pneumatic, and water circuits), electrical control cabinet, display screen, and operation panel.

1.4 Electrical Control System

The electrical control system of the fiber optic pipe cutting machine plays a crucial role in ensuring precise execution of various cutting patterns. This system primarily consists of a numerical control (CNC) system and a low-voltage electrical subsystem.

The machine’s CNC system is equipped with a high-performance control platform based on the Windows operating environment. It offers stable and reliable operation, featuring rapid interpolation, user-friendly operation, excellent dynamic performance, and high load capacity.

1.5 Low-Voltage Electrical System

The low-voltage electrical subsystem is housed within the electrical control cabinet and serves as the interface for overall machine control. All critical electrical components are sourced from reputable domestic and international manufacturers to guarantee operational stability, reliability, and responsiveness. The drive motors are AC servo motors, which power the X-axis and Y-axis of the machine, offering superior acceleration and rapid response. The Z-axis, serving as the feed axis for the cutting head, is driven by an AC servo motor with holding brake, providing excellent dynamic response and compatibility with both follow-up control and NC control.

2. Structure, Function, and Working Principle of Main Components or Functional Units

2.1 Bed Assembly

The bed assembly achieves Y-axis reciprocating motion through the CNC-controlled AC servo motor driving the gear rack, enabling rapid movement. Both the Y-axis rack and linear guide rails utilize high-precision components to ensure accurate transmission. End-of-travel limit switches and a mechanical hard limit device are installed to safeguard machine operation. The main unit is equipped with an automatic lubrication system for the moving parts of the bed, ensuring smooth operation and prolonging the service life of the guide rails, gears, and racks.

2.2 Crossbeam and X-Axis & Z-Axis Assemblies

The beam undergoes stress-relief annealing followed by vibration processing after rough machining to ensure the rigidity and stability of the laser head’s moving components. The X-axis and Z-axis are driven by high-precision modules. During motion, limit switches regulate the travel range, while elastic buffer mechanical stops are installed at both ends to guarantee the safe operation of the system.

The Z-axis assembly primarily facilitates the vertical movement of the laser head. This vertical motion is executed through the CNC system controlling the servo motor, which drives the linear module, thereby moving the Z-axis platform up and down. Proximity switches are installed at both upper and lower travel limits to ensure the safety, reliability, and precision of the movement.

Specifically engineered for the cutting of diverse pipe materials, this equipment is suitable for standard carbon steel pipes, stainless steel pipes, aluminum alloy pipes, and copper pipes. It delivers precise and clean cuts across these materials while preserving the surface quality and structural integrity of the pipes. This adaptability renders it highly suitable for applications in metal fabrication, construction, and industrial manufacturing where multiple pipe types are processed.