The extensive application of large-format steel plates in manufacturing has resulted in a surge in the demand for improved processing efficiency. Consequently, there is a rising requirement to execute both flat and 2D bevel processing in a seamless, singular operation. This escalating demand is primarily attributed to the superior cutting efficiency and precision offered by fiber laser cutting machines compared to traditional flame cutters. Industries, including construction machinery, shipbuilding, and rail transit, are increasingly seeking multifunctional laser cutting equipment that boasts high power, large format capabilities, and 2D bevel cutting features. To address this gap, Stars Machinery has designed a new laser cutting machine, emphasizing the enhancement of bevel cutting precision.
Key Components and Features
Segmented Frame Structure
The segmented frame structure undergoes stress-relief annealing for precision stability. Machined with large-scale CNC machines, ensuring guide rail consistency.
Combined Upper and Lower Beam
The movable beam includes left and right bases, along with a central beam. Designed for high performance, the central beam ensures dynamic capabilities. It’s welded from steel plates, then annealed for stress relief. Guided by precision linear guides, the system guarantees accuracy.
Modular Worktable
The worktable, separate from the main body, is modular. Each section is independent, allowing flexible adjustments. Modules can be combined for different cutting areas. They feature replaceable support racks for easy maintenance.
Rotary Swing Device
The rotary swing device integrates a mechanical drive system and precision laser cutting head. It includes various components like the A/B axis swing mechanism. This system is adaptable, allowing adjustments for different cutting heads. The A-axis provides rigidity and precision, while the B-axis is lightweight for reliability. Dust-proof design ensures stability in harsh environments.
Dynamic Dust Removal System
Fans and dust suction windows move with the beam for thorough filtration. Dust collects in filter cartridges, automatically cleaned when clogged. Compressed air blows dust into a detachable collection cart. Clean air is expelled through fans, maintaining proximity to the cutting area. Dust extraction pipes create negative pressure, ensuring effective removal. Pre-processing filters out sparks and large particles before final filtration.
Applications
For precise bevel laser cutting, features include visual calibration, swing length correction, and custom PLC. It supports importing various drawing formats, automatically optimizing them for efficiency.
This laser cutter excels at cutting large, thick metal plates. Its innovative design and advanced technology ensure efficient performance. Industries like construction, automobile, and aviation benefit from its precision and reliability. Its user-friendly interface and robust manufacturing enhance its appeal. This cutter promises higher efficiency and productivity in cutting.
