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ANTARA CNC FL3000

Aluminium Processing Range

CNC Laser Cutting Machine

ANTARA Series

ANTARA CNC FL3000

This Fiber Laser Cutting Machine is designed for high-precision and high-speed cutting of steel and other metal sheets. Equipped with an advanced 3 kW fiber laser source, it delivers exceptional beam quality, fast piercing, and smooth edges with minimal thermal distortion.

Its intelligent CNC control system supports automatic nesting, material recognition, and optimized path generation, maximizing sheet utilization and minimizing waste. The servo-driven motion platform ensures excellent positioning accuracy, while the automatic focusing cutting head dynamically adjusts to different material thicknesses.

This model is ideal for manufacturers processing stainless steel, carbon steel, galvanized steel, and aluminum sheets across industries such as construction, machinery, decoration, and metal fabrication.

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ANTARA CNC FL3000

Item

Specification
Working Area3000 × 1500 mm
Laser TypeGermany IPG
Laser Power3000 W
Complete Machine Power52 / 55 kW
Maximum XY Axis Acceleration2.0 G
Positioning Accuracy≤ ± 0.03 mm/m
Maximum Cutting Speed0 – 40 m/min
Power Supply Voltage3-phase 380 V / 50 Hz

Technical Features

3 kW Fiber Laser Source

High-stability laser generator providing efficient cutting of mild steel up to 20 mm and stainless steel up to 10 mm.

Automatic Focusing Laser Head

Rapid and precise focus adjustment for multiple thicknesses, ensuring clean kerfs and reduced setup time.

Servo Motion System

Dual servo motors with precision rack-and-pinion drive for fast acceleration and smooth contour cutting.

Advanced CNC Controller

Intuitive interface with real-time monitoring, remote diagnostics, and intelligent nesting functions.

High-Precision Linear Guideways

Imported linear rails and ball screws for stable motion and long service life under continuous operation.

Efficient Cooling and Extraction

Closed-loop water cooling for laser and optics, with integrated fume extraction for clean, safe operation.

Low Operating Cost

High photoelectric conversion efficiency reduces power consumption and maintenance requirements.