Brief: Discover the LARGE ENCLOSURE AUTOMATIC EXCHANGE TABLE CUTTING MACHINE, a high-performance laser cutting solution for aerospace, automotive, and metal processing industries. Featuring optional HT250 casting bed, 10000W heavy-duty structure, and fiber optic transmission for precision and efficiency.
Related Product Features:
Optional HT250 casting bed for impact resistance, shock absorption, and high-temperature resistance.
10000W heavy-duty structure option for superior cutting capability and high cost-performance.
Large enveloping protection design with optional exchange table and segmented exhaust dust collector.
Fiber optic transmission for no laser working gas and super-strong flexible light-guiding effect.
Extremely high electro-optic conversion efficiency for energy-saving and environmental protection.
Suitable for carbon steel, stainless steel, aluminum alloy, copper, and other non-ferrous metals.
Ideal for aerospace, automotive, shipbuilding, machinery, and metal external processing.
High precision and efficiency with reduced operational costs and lower emissions.
Ερωτήσεις:
What are the benefits of the optional HT250 casting bed?
The HT250 casting bed offers high impact resistance, excellent shock absorption, and high-temperature resistance, ensuring stability and durability for heavy-duty or precision machining applications.
What does the 10,000W heavy-duty structure option provide?
This high-power option delivers superior cutting capability with high cost-performance, making it ideal for thick or hard materials while maintaining efficiency and long-term reliability.
How does the large enveloping protection design improve operation?
The design enhances safety and cleanliness by enclosing the work area. The optional exchange table and segmented exhaust dust collector further improve efficiency and reduce dust pollution.
Why is fiber laser transmission advantageous over traditional laser systems?
This system requires no laser working gas, offers a super-strong flexible light-guiding effect, and provides higher precision and energy efficiency compared to conventional CO₂ lasers.