The FLC-P series represents a fusion of speed, sensitivity, reliability, and cost-effectiveness in fiber laser cutting machines, tailored for both sheet metal and pipe/profile cutting. With its high efficiency and adherence to top-tier standards, it’s an optimal choice for various industries including agriculture, textile, food machinery, construction, and manufacturing of large-scale machinery and equipment.

This versatile machine can accommodate laser power of up to 20,000 W, making it ideal for cutting thick plates. It eliminates the need for separate machines by seamlessly handling both sheet metal and pipe profiles, thus saving valuable space with its compact structure.

Featuring a standard 6-meter pipe/profile cutting length, extendable to 9 meters if required, and capable of accommodating pipe diameters up to 350 mm, it offers exceptional flexibility. The chucks can be clamped and auto-centered with the press of a button, ensuring effortless operation.

Equipped with a wireless remote control, it provides easy access to functions such as blowing, cutting, pause, calibration simulation, etc. Its standard nesting software swiftly prepares parts for cutting without requiring constant operator supervision, alongside a flycut cutting feature for enhanced efficiency.

With a double exchange table design, continuous cutting is possible without delays. Manufactured in compliance with European standards and holding CE certification, it ensures reliability and safety.

The FLC-P series boasts a nozzle cleaning system and a double camera setup for enhanced performance. Customers can choose from cutting area options of 1.5×3 m, 2×4 m, or 2×6 m to suit their needs.

Featuring auto-focus, Active Anti-collision Function, and an auto-view feature that detects obstacles and adjusts automatically, the laser head ensures precision cutting. Automatic cooling of cutting heads further enhances performance.

Constructed with bridges made of aluminum alloy sheet-plate welding, ensuring a single-piece, rigid structure, it prevents deformation due to impact, overlap, or strain. This lightweight construction enables high speeds and accelerations at lower engine powers compared to steel profile bridges.