Laser Cutting & Blanking
- Laser Cutting & Blanking
FULL COVER Fiber Laser Cutting Machine
Work Area: 3000*1500mm | Laser Power: 3kw-30kw
OPEN PLATFORM Fiber Laser Cutting Machine
Work Area: 3000*1500mm | Laser Power: 1kw-20kw
Affordable Sheet and Tube Laser Cutting Machine
Sheets up to: 8000*2500mm | Tubes up to: ∅220mm
Sheet and Tube Fiber Laser Cutting Machine
Sheets up to: 8000*2500mm | Tubes up to: ∅220mm
Ultra-large Platform Fiber Laser Cutting Machine
Work Area: 8000*2500mm | Laser Power: 6kw-40kw
Storage Solution Fiber Laser Cutting Machine
Loading&Un-loading| Laser Power: 6kw-40kw
Automatic Coil Laser Cutting Production Line
Uncoil-Plat-Cut-Unload-Stack | Laser Power: 6kw-20kw
Ultra-large OPEN PLATFORM Fiber Laser Cutting Machine
Work Area: 8000*2500mm | Laser Power: 6kw-40kw
Three-chuck Tube Laser Cutting Machine
Diameter: ∅120mm-∅550mm| Tube Length:6-12m
Entry-Level Tube Metal Laser Cutting Machine
Diameter: ∅120mm-∅220mm| Tube Length:6-8m
Semi Loading Tube Laser Cutting Machine
Diameter: ∅120mm-∅220mm| Tube Length:6-8m
Fully Automatic Tube Laser Cutting Machine
Diameter: ∅120mm-∅450mm| Tube Length:6-12m
Ultra Size Metal Pipe Laser Cutting Machine
Diameter: ∅350mm-∅650mm| Tube Length:6-12m
Robot Plate Laser Cutting Machine
3D Cut | 6 Axis - 8 Axis
Robot Tube Laser Cutting Machine
3D Cut | 6 Axis - 8 Axis
Automatic Tube Laser Cutting Machine
Diameter: ∅120mm-∅450mm| Tube Length:6-12m
- Coil-fed Laser Blanking Line Video
M.RISE Coil-fed Laser Blanking Lines integrate coil feeding, leveling, servo positioning, fiber laser cutting, robotic handling, and automatic stacking into a complete metal processing solution.
Designed for high-efficiency continuous production, these automated laser blanking systems are widely used in automotive parts, HVAC components, electrical cabinets, and other industrial manufacturing applications.
- Fiber Laser Cutting Machine Video
M.RISE Fiber Laser Cutting Machines are designed for high-precision metal sheet processing, providing fast and clean cutting solutions for stainless steel, carbon steel, aluminum, galvanized steel, and copper.
With advanced fiber laser technology, the machines deliver smooth cutting edges, high efficiency, and reliable performance for industries including metal fabrication, automotive parts, electrical cabinets, and general manufacturing.
Suitable Materials:
- Stainless Steel
- Carbon Steel
- Aluminum
- Galvanized Steel
- Copper
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Why Choose M.RISE
Quality Certifications
Certified manufacturing with CE, ISO9001, FDA, and RoHS standards for reliable equipment quality and global compliance.
Engineering Solutions
Customized equipment solutions based on materials, production requirements, and industry applications, supported by experienced engineers.
GOLD Warranty
3-Year Warranty with lifetime technical support, including operation guidance, software assistance, and application support.
Global Technical Support
Multilingual engineers provide technical assistance, troubleshooting, and production support for customers worldwide.
WHAT OUR CUSTOMERS SAY
What materials can a fiber laser cutting machine cut?
Fiber laser cutting machines can cut a wide range of metals, including stainless steel, carbon steel, aluminum, brass, copper, titanium, and alloy steels. They are especially effective for reflective materials like brass and copper, which are challenging for other laser types.
How thick can a fiber laser cut?
Cutting thickness depends on laser power.
For example: 1500w cuts up to 6mm stainless steel; 3000w cuts up to 10-12mm stainless steel; 6000w cuts up to 25-30mm mild steel or 16-18mm stainless steel.
Higher power(e.g., 12kw, 20kw, 40kw) can handle even thicker materials.
What gas is used for fiber laser cutting?
Common gases include:
Nitrogen: for clean cuts on stainless/aluminum-Some systems integrate nitrogen generators to reduce long-term costs.
Oxygen: for carbon steel, helps oxidize the material
Air: cost-saving option for thin sheets, with lower quality
What maintenance does a fiber laser cutter require?
Routine tasks include:
Cleaning protective lens weekly; Checking laser head alignment; Replacing filters (air/dust); Ensuring dust removal systems are functional; Professional service checks are advised every 6–12 months.