CNC Fibre Laser Cutters

A fibre laser cutter uses a laser beam generated from an optical fibre and amplified through diodes to cut materials with extreme precision. Unlike traditional lasers, fibre lasers are optimized for cutting metals like carbon steel, stainless steel, aluminium and brass. The non-contact process eliminates material deformation, burrs and the need for post-processing.

Fibre laser cutters excel in metal cutting applications, particularly for industries like aerospace, automotive and rail. Their high-speed precision and ability to cut thick metals make them ideal for large-scale manufacturing and production tasks.

Fibre lasers are designed specifically for cutting metals, whereas CO₂ lasers are better suited for non-metal materials. Fibre lasers are more energy-efficient, require less maintenance and offer faster cutting speeds for metal applications.

Yes, fibre lasers are capable of cutting very thick metals, depending on the laser source wattage and material type. High-power models (e.g., 12kW) are ideal for thicker materials and faster production.

The required power level depends on your application:

• 1.5-2kW: Suitable for thinner metals and light manufacturing tasks.
• 3kW: Ideal for medium-thickness materials and frequent cutting.
• 6kW: Designed for thick metals and high-speed, high-volume production.
• 12kw

Enclosed fibre laser cutters offer:

• Safety: Fully enclosed systems protect operators from harmful fumes, light and debris.
• Clean Work Environment: Built-in ventilation systems reduce smoke, dust and noise.
• Consistency: Enclosures ensure optimal cutting conditions for reliable results.

Fibre laser cutters deliver industry-leading precision, often achieving tolerances of ±0.02 mm. This ensures smooth edges and minimal waste, even for intricate designs.

Yes, fibre laser cutters are safe when used with proper precautions. Enclosed systems, ventilation and protective eyewear ensure operator safety. Additionally, modern machines include safety features like emergency stops and automatic shutdowns.

The maximum cutting thickness depends on the laser power and material type.

Here’s a guide:

These thicknesses are indicative and may vary depending on the specific machine configuration and material quality.

The LD Fibre Laser stands out due to its advanced features:

• Enclosed protective cover: Ensures safety by preventing exposure to harmful fumes, dust and debris. It also reduces noise levels and keeps the workspace clean.
• High-precision cutting head: Delivers smoother cuts with minimal deformation or burrs, improving cutting quality and speed.
• Programmable control system: This system offers flexible and adjustable settings, allowing you to customize the machine for different materials and cutting tasks.
• Power efficiency: Utilizes cutting-edge technology to deliver high performance with lower energy consumption, reducing operating costs.
• Auto-focusing system: Automatically adjusts focus based on material thickness, ensuring consistent quality and reducing manual adjustments.

These features make the LD Fibre Laser a reliable, efficient and user-friendly option for high-volume production.