Wide Range of Power Levels

Choose from multiple wattage options to match your material thickness, speed and budget requirements:

• 1500W – Ideal entry-level industrial power for thin and medium-gauge sheet metal.
• 2000W – Balanced speed and performance for growing fabrication shops.
• 3000W – High-productivity cutting of thicker steel and stainless steel.
• 6000W – Ultra-high power for heavy plate processing and maximum throughput.

This range allows you to select a system that aligns with your current workload while leaving room to grow as your production demands increase.

Bed Sizes for Every Shop Layout

Our collection includes a variety of table and work area configurations to fit your available floor space and part sizes:

• 4×4 ft – Compact footprint for small parts, brackets and precision components.
• 4×8 ft – Standard sheet size handling for general fabrication and panel work.
• 5×5 ft – Square-format tables for efficient nesting of small and medium parts.
• 5×10 ft – Full-size production tables for large sheets, long parts and high volume.

Whether you run a small job shop or a large fabrication plant, there is a bed size configured to integrate smoothly into your workflow and material handling setup.

Advanced CNC & Control Options

Our fiber lasers are equipped with industrial CNC control systems designed for ease of use and precise motion control:

• Modern touchscreen HMI with intuitive menu structure.
• Powerful nesting tools for maximum sheet utilization.
• Automatic lead-in / lead-out and micro-joint generation.
• Automatic height control for stable stand-off and consistent cut quality.
• Support for remote diagnostics and software updates (model-dependent).

The combination of advanced control hardware and smart software helps reduce programming time, setup time and operator training requirements.

Materials & Cutting Performance

Our fiber laser cutting machines are designed to handle a wide variety of metals used in modern fabrication:

• Stainless steel
• Carbon / mild steel
• Aluminum and aluminum alloys
• Brass
• Copper

Fiber lasers excel at producing clean, narrow kerfs with minimal heat-affected zones. This helps maintain material flatness and part integrity, even when cutting thin sheet metals at high speed. The result is less warping, more accurate parts and a reduced need for secondary operations such as grinding or deburring.

With the right assist gas (oxygen, nitrogen or compressed air), you can optimize cut quality and cutting speed for your specific material and thickness range.

Why Fiber Lasers Instead of Traditional Methods?

Compared to traditional cutting technologies, fiber lasers offer several key advantages:

• Lower operating cost: High electrical efficiency and no consumable optics typical of CO₂ systems.
• Higher speed: Fast processing of thin and medium-gauge materials, especially stainless and aluminum.
• Superior edge quality: Clean, precise cuts that reduce post-processing time.
• Compact footprint: Smaller, more efficient machines than comparable CO₂ or waterjet systems.
• Reduced maintenance: Solid-state laser sources designed for long service life and stable output.

For many shops, upgrading to fiber laser technology can significantly lower cost per part while increasing capacity and improving overall part quality.

Engineered for Durability & 24/7 Use

Every machine in our collection is built on a stable mechanical platform designed to withstand continuous industrial operation:

• Heavy-duty welded frames for maximum rigidity and low vibration.
• Precision linear guideways and drive systems for smooth motion.
• Reliable fiber laser sources with long service life and stable output.
• Industrial-grade electrical components and safety systems.

Many models include features such as automatic lubrication systems, efficient slag and scrap management and optional dust & fume extraction to support cleaner, more reliable long-term operation.

Applications Across Multiple Industries

Our fiber laser cutting machines are used in a wide range of manufacturing and fabrication environments, including:

• General metal fabrication and job shops.
• OEM parts and component manufacturing.
• Structural steel and machinery production.
• HVAC, ducting and enclosure fabrication.
• Signage, decorative metalwork and metal art.
• Prototyping labs and R&D facilities.

Whether you need a compact, entry-level system or a high-power production workhorse, there is a model in our collection tailored to your specific application and throughput requirements.