The heavy machinery industry serves as a vital pillar of industrial development, with segments such as excavators, specialized equipment (vehicles), and bridge construction demanding high-precision, high-efficiency processing technologies. The Weihong LS6000M and LS6000PLUS laser cutting systems are solutions specifically engineered for high-power cutting. They support thick plate and large-format multi-station cutting, making them ideal for industries like bridge construction, shipbuilding, freight transport, and aerospace. These systems meet the stringent quality requirements of these sectors through their high efficiency and processing flexibility. Simultaneously, in the heavy machinery field, tube cutting is a critical manufacturing process. The TU7000 series tube cutting systems feature a multi-chuck design, enabling rapid and precise cutting of thick-walled tubes commonly used in heavy machinery. The system supports 0-45° bevel cutting to meet complex bevel processing demands, which is crucial for heavy machinery industries like shipbuilding and steel structure construction.
Supports nine-level perforation, effectively ensuring high-power thick-plate cutting quality.
Supports automatic nozzle replacement to accommodate different sheet materials.
Cutting Head Status Monitoring & Threshold Setting, Closed-Loop Air Pressure Control & Air Pressure Diagnostics, Focus Time Compensation, Focus Temperature Compensation.
The TU7000 series features a multi-chuck design, providing stability for machining extra-long and heavy-duty pipes.
Supports multiple bevel types and recognition methods to accommodate diverse welding and machining requirements.
Featuring advanced capabilities such as integrated dynamic soft limits, automatic interference zone detection, and real-time coordinate monitoring, it streamlines debugging procedures, enhances operational efficiency, and ensures machining precision.
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The system supports multiple machine tool configurations and machining modes, enabling flexible adaptation to diverse production scenarios.
Offers both standard processing and full-tube processing modes to enhance processing efficiency while reducing rotational shaft load and extending equipment service life.
Achieve simultaneous cutting, loading, and unloading to significantly boost processing efficiency and reduce production cycles.
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