CO2 & Fiber Combo Laser Cutter Machine for Metal & Nonmetal on Sale

The STYLECNC ST-FC1325LC Fiber & CO2 hybrid laser cutter machine represents a new generation in the line of laser cutting systems. Combining these powers of fiber and CO2 laser systems together, this is a state-of-the-art option that offers the most flexible and accurate way to work with both metal and non-metal material.

The ST-FC1325LC is a hybrid laser cutter equipped with a 1500W fiber laser cutting system for metal materials and a 150W CO2 laser system for non-metallic materials. This cutter uses the well-known brands Raycus, IPG, MAX and YONGLI for laser sources; it is well capable of the accurate cutting of various different materials.

What Makes The ST-FC1325LC So Special?

Versatility and Multi-Purpose

The ST-FC1325LC combines fiber and CO2 laser cutting systems into one machine, which saves space in your workshop and allows for multitasking.

Precision and Performance

This machine is capable of precise cuts with a repeat accuracy of up to 0.02mm due to its servo motor and ball-screw transmission. The ST-FC1325LC is another cutting-edge laser cutter with the newest technology that provides performance and versatility for your business.

Features & Advantages of Fiber & CO2 Hybrid Laser Cutting System for Metal & Nonmetal

Cutting 4x8 full sheets of both metal and non-metal materials is possible with the ST-FC1325LC, a hybrid laser cutter that combines a fiber laser cutting system with a CO2 laser cutting system.

• Save the space in the workshop.

• Fiber and CO2 laser cutting software installed in one PC system, more convenient to operate.

• Servo motor and ball-screw transmission guarantee the precision of outcome quality (repeat accuracy + 0.02mm).

We have different choices of fiber laser powers for your working requirements (1500W/2000W/3000W), which are suitable for maximum thickness up to 10mm on carbon steel, 6mm on stainless steel, and 3mm on aluminum sheet.

Compared with the Hybrid CO2 Laser Cutter

• Larger range of metal materials.

• Larger range of thickness on metal cutting.

• Higher precision due to ball screw transmission.

• Smoother cutting edges.

• The fiber laser and CO2 laser double heads cutter is an upgraded innovation edition of the standard mixed-head cutter.

• The feature of this combination leads the various of usage in all kinds of sheet metal industry.

Technical Parameters of Fiber & CO2 Combo Laser Cutting System for Metal & Nonmetal

Details of Fiber & CO2 Combo Laser Cutting System for Metal & Nonmetal

• ST-FC1325LC comes with a fiber laser cutting head for metal sheet cuts and a CO2 laser cutting head for non-metal cuts. It is one multipurpose laser cutter in the advertising industry.

• Flatbed laser metal cutting machine with Raycus laser generator 1500W and 2000W with long laser cutting service life of up to 100,000 hours and 150W CO2 laser tube.

• The flatbed laser cutting machine combined with non-metal cutting adopts Taiwan Delta Servo Motor with a single ball screw driving system, which can ensure high-precision cutting.

• Lubrication system for mechanic system, which can lubricate the linear guide rail to make sure the high precision in laser metal cutting machine use.

• Flatbed laser metal cutting machine with Au3tech Control system and software in English language, applicable insert files with DXF or AI format. With nesting function, autonomic compose type for saving materials by saving spaces.

Fiber & CO2 Combo Laser Cutting System for Metal & Nonmetal Cutting Projects

How Does a Fiber & CO2 Laser Work Together?

The synergy between fiber and CO2 lasers in a single system is a technological marvel, offering unparalleled versatility for cutting diverse materials. This combination allows users to achieve precision, efficiency, and flexibility like never before. Here's how the magic happens:

Fiber Laser for Metals

Fiber lasers excel in cutting metals such as stainless steel, aluminum, and brass. Their high-intensity beam focuses on metals efficiently, delivering smooth edges and precision cuts even in reflective surfaces like copper. This makes fiber lasers a go-to choice for industrial metalworking tasks.

CO2 Laser for Nonmetals

CO2 lasers are optimized for nonmetal materials like woods, acrylic, plastics, and fabrics. Their longer wavelengths tend to interact more strongly with organic material, enabling clean cuts. It makes them perfect for uses in signage, art, and craft applications.

Dual-Laser Integration

The combo system intelligently switches between fiber and CO2 lasers based on the material. For instance, it can seamlessly cut a metal plate and then move on to cut a wooden panel. This flexibility eliminates the need for separate machines, saving time and resources.

Maintenance and Longevity of Fiber & CO2 Combo Laser Systems

To ensure your fiber and CO2 combo laser system operates smoothly and lasts for years, proper maintenance is crucial. Here are key aspects to focus on.

• Regular Cleaning: Keep the laser lenses and mirrors clean to maintain beam quality. Dust and debris can affect cutting accuracy, so clean these components with recommended solutions regularly.

• Scheduled Inspections: Conduct routine checks on vital parts such as cooling systems, alignment mechanisms, and power supplies. Identifying and fixing minor issues early prevents costly downtime.

• Proper Usage: Use the machine within its recommended parameters. Overloading the system or using incorrect materials can lead to wear and tear, reducing its lifespan.

• Software Updates: Update the system's software periodically. Manufacturers often release updates to enhance performance and address potential bugs, ensuring smooth operation over time.

How the Dual-Head System Handles Metal and Nonmetal on One Machine

The ST-FC1325LC is not a single-laser hybrid it is a true dual-source system with two independent cutting heads mounted on the same gantry. The fiber laser head (1500W, 2000W, or 3000W Raycus/IPG/MAX) handles all metal cutting, while the 150W CO2 laser head processes non-metal materials like wood, acrylic, fabric, and leather. Each head has its own optical path, focus mechanism, and nozzle assembly, which means no compromises in beam quality when switching between material types.

In practice, operators select the active head through the Au3tech controller software and load the appropriate job file. The fiber head uses nitrogen or oxygen assist gas for clean metal edges, while the CO2 head uses compressed air for non-metal cuts. Because each laser source is purpose-built for its material category, the ST-FC1325LC delivers edge quality comparable to standalone fiber laser cutting machines and dedicated CO2 laser cutting machines something single-source hybrid CO2 cutters with combining-beam tubes cannot match on thicker metals.

Choosing Fiber Laser Power: 1500W vs 2000W vs 3000W Metal Cutting Capacity

The fiber laser power level you select for the ST-FC1325LC directly determines the maximum metal thickness you can process and the speed at which you can cut thinner gauges. The table below summarizes typical cutting capacity across the three available configurations:

For shops where metal cutting is the primary workload and non-metal jobs are supplementary, the 2000W or 3000W configurations deliver noticeably faster cycle times on medium-gauge steel. For detailed speed-to-thickness parameters across all power levels, refer to STYLECNC's fiber laser cutting thickness and speed chart. The 150W CO2 head remains the same across all configurations, providing consistent non-metal cutting regardless of which fiber power is selected.

One Combo Machine vs Two Separate Lasers: Space, Cost, and Workflow Comparison

The most common alternative to the ST-FC1325LC is purchasing a standalone fiber laser for metal and a separate CO2 laser for non-metal. Both approaches have trade-offs:

For small to mid-sized shops processing both material types at moderate volumes, the combo machine saves significant floor space, upfront investment, and maintenance overhead. High-volume metal fabrication shops that require continuous fiber laser uptime may still benefit from a dedicated sheet metal laser cutter alongside a standalone CO2 system. For a deeper comparison of laser technologies, see STYLECNC's fiber laser vs CO2 laser analysis.

Frequently Asked Questions

Can a fiber laser cut wood, acrylic, or other non-metal materials?

No. Fiber lasers operate at a 1.06μm wavelength that passes through organic materials without being absorbed sufficiently for cutting. Wood, acrylic, fabric, and leather require the 10.6μm wavelength produced by a CO2 laser. This is precisely why the ST-FC1325LC includes both laser sources each handles the materials the other cannot.

How thick can the 1500W fiber laser cut through stainless steel?

The 1500W Raycus fiber laser on the ST-FC1325LC can cut up to 6mm stainless steel with nitrogen assist gas. For thicker stainless steel applications, upgrading to the 2000W (up to 8mm) or 3000W (up to 12mm) configuration is recommended.

What is the lifespan difference between the fiber laser source and the CO2 tube?

The Raycus fiber laser source is rated for approximately 100,000 hours of service life and requires virtually no maintenance to the resonating cavity. The 150W CO2 glass tube is rated for approximately 8,000–10,000 hours and will need periodic replacement. This means the fiber source will likely outlast multiple CO2 tube replacements over the machine's operational life.

Does the machine switch between the fiber and CO2 heads automatically?

The operator selects the active cutting head through the Au3tech controller software before starting each job. The two heads are physically separate on the gantry, so switching between metal and nonmetal work requires loading the appropriate job file and activating the corresponding laser source — a process that takes under a minute.

What assist gases are needed for the fiber and CO2 cutting heads?

The fiber laser head uses nitrogen for oxide-free stainless steel and aluminum cuts, or oxygen for faster carbon steel cutting with an oxidized edge. The CO2 head uses standard compressed air for nonmetal materials. Shops should plan for nitrogen cylinder or generator supply as the primary ongoing consumable for metal cutting.

What file formats does the Au3tech control system accept?

The Au3tech controller accepts DXF and AI file formats directly. Both the fiber and CO2 laser control software are installed on a single PC, and the system includes a built-in nesting function that optimizes part layout to minimize material waste. Designs can be created in AutoCAD, CorelDRAW, or any CAD software that exports to DXF.

How does ball-screw transmission compare to belt or rack-and-pinion drive for laser cutting?

The ST-FC1325LC uses Taiwan TBI ball-screw transmission paired with Delta servo motors, delivering repeat accuracy of ±0.02mm. Ball-screw systems provide superior positioning precision and virtually zero backlash compared to belt-driven or rack-and-pinion alternatives. This precision advantage is most noticeable when cutting intricate patterns in thin metal, where even minor positioning errors produce visible defects. For more on choosing the right cutting system, see STYLECNC's buying guide for fiber laser metal cutters.