The SKS FL-6020 High Power Fiber Laser Cutting Machine is an industrial CNC laser cutting solution designed for high-speed, high-precision processing of large metal sheets. With a 6000 × 2000 mm working area, the machine is suitable for large-format fabrication, heavy engineering, automotive components, industrial machinery, and high-volume metal production.
The SKS FL-6020 can be configured with high-power fiber laser sources to provide efficient cutting performance across a wide range of metal materials. Its robust machine structure, precision servo drive system, CNC control, and advanced fiber laser technology make it suitable for demanding industrial environments.
Key Features of SKS FL-6020
6000 × 2000 mm Large Working Area
The 6000 × 2000 mm cutting area allows the SKS FL-6020 to process large metal sheets, reducing the need for multiple setups and making it suitable for large-format industrial components.
High-Power Laser Configuration
The SKS FL-6020 is designed for high-power laser cutting applications. Depending on production requirements, it can be configured with different laser power options such as:
- 6 kW – high-speed general industrial cutting
- 12 kW – higher productivity and thicker material processing
- 20 kW – high-power industrial production
The appropriate power configuration depends on the material type, thickness, required cutting speed, and production volume.
High-Quality Fiber Laser Source
The machine can be configured with reliable fiber laser sources such as MAX, Raycus, or IPG. These laser sources are designed for stable operation, high efficiency, and consistent cutting performance.
Precision Fiber Laser Cutting Head
A professional fiber laser cutting head provides accurate beam focusing and stable cutting performance. It helps maintain consistent cutting quality across different sheet sizes and material thicknesses.
CypCut CNC Control
The CypCut CNC control system provides convenient control of cutting paths, machine movement, cutting parameters, and production operations. Its user-friendly interface makes machine operation easier for production teams.
Servo Motor Drive System
The servo motor drive system provides precise positioning and smooth movement of the cutting head, supporting accurate and repeatable cutting during high-speed production.
Materials Suitable for Cutting
The SKS FL-6020 can be used for cutting a wide range of conductive metals, including:
- Mild Steel (MS)
- Stainless Steel (SS)
- Aluminum
- Brass
- Copper
- Galvanized Steel
The maximum cutting thickness depends on the selected laser power, material grade, cutting gas, and cutting parameters.
Applications of SKS FL-6020
The SKS FL-6020 is suitable for a wide range of industrial applications:
- Heavy sheet metal fabrication
- Industrial machinery manufacturing
- Automotive components
- Agricultural machinery
- Steel fabrication
- Electrical panels and enclosures
- Metal structures
- Engineering components
- Industrial equipment
- Metal furniture
- Custom metal part manufacturing
Benefits of SKS FL-6020
- 6000 × 2000 mm large cutting area
- High-power laser configurations
- Suitable for large-format metal sheets
- High cutting speed and productivity
- Precision CNC-controlled operation
- Servo motor drive system
- Reliable fiber laser source options
- Suitable for multiple metal materials
- Designed for industrial production
- Excellent cutting consistency and repeatability
- Suitable for high-volume fabrication
SKS FL-6020 Fiber Laser Cutting Machine Price
The price of the SKS FL-6020 depends on the selected laser power, laser source, cutting head, machine configuration, automation features, and additional accessories.
For an accurate quotation, contact SKS Automation with your required material, thickness, and production requirements.
Why Choose SKS Automation?
SKS Automation provides CNC and laser machinery solutions for manufacturing and fabrication industries. The SKS FL-6020 is designed to provide a combination of large-format cutting capability, high laser power, precision, productivity, and reliable industrial operation.
