Universal Composite Cutting Machine for Extra-Thick Plates
Quickly switch between three working modes: laser-flame composite, pure laser cutting, and flame cutting; laser-flame composite mode reduces flame piercing preheating time and improves piercing efficiency for ultra-thick plates; pure laser mode maintains high precision, with laser cutting accurately positioning the slit; flame rapid melting cutting—cutting efficiency is 50% faster than laser mode.
Each segment has an independent rigid structure, free from thermal deformation, and provides stress relief, meeting the high-precision cutting requirements of ultra-thick plates.
The countertops are built using an independent modular design, making it convenient for customers to replace and clean up debris, thus saving production costs.
Supports on-demand customization of cutting area, allowing for free customization of processing areas for precision parts or ultra-thick plates.
Supports laser/laser-flame composite ±45° (V/X/Y/K) beveling, reducing process routes and improving overall processing efficiency.
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These high-sensitivity safety light curtains, located before and after the crossbeam, have a fast response time, instantly identifying personnel or foreign objects entering dangerous areas to prevent injuries such as pinching or impacts. They also offer high detection accuracy, precisely covering the protected area.
Scrap materials are transformed into valuable resources. The scanner precisely outlines and positions the material, allowing for easy switching between manual and automatic layout. One-click processing significantly reduces material costs and substantially increases processing profits.
Máquina de corte a laser para chapas metálicas de ultra alta potência
Máquina de corte a laser de plataforma única
Máquina de corte a laser de chapa totalmente fechada
Área de processamento
14000*3200mm
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