Fiber Laser Cutting Machine | Industrial CNC Laser Cutter for Metal
Price range: $12,900.00 through $27,900.00
The YIHAI Fiber Laser Cutting Machine is an industrial CNC laser cutting system designed for precision metal fabrication. Using fiber laser technology and computer-controlled motion, the machine can process a wide range of metal sheets and plates, including carbon steel, stainless steel, aluminum, brass and other compatible materials.
Designed for industrial production, the machine combines a fiber laser source, CNC control system, precision motion components, laser cutting head and industrial cooling system into one integrated metal cutting solution.
It can be configured according to your required laser power, working area, material type, thickness range and production requirements.
- Description
- Additional information
Description
Industrial Fiber Laser Cutting Machine for Metal Fabrication
Modern metal fabrication requires more than simply cutting metal.
Manufacturers need a cutting system that can handle different materials, reproduce part geometries consistently, reduce unnecessary tooling changes and integrate into an efficient production workflow.
A CNC fiber laser cutting machine addresses these requirements by combining:
- High-energy fiber laser technology
- CNC motion control
- Precision laser focusing
- Programmable cutting paths
- Automated machine movement
- Flexible digital production
Instead of relying on mechanical cutting tools, the machine uses a focused laser beam and assist gas to separate the metal along the programmed cutting path.
This makes fiber laser cutting suitable for a wide range of industrial applications, from general sheet-metal fabrication to machinery manufacturing and customized metal components.
Why Choose Fiber Laser Cutting for Industrial Production?
High Cutting Precision
The laser cutting head follows a programmed CNC path to create precise contours, holes, slots and other geometries.
The final cutting accuracy depends on the machine configuration, material, thickness, cutting parameters and operating conditions.
Flexible Digital Manufacturing
Once a part drawing has been prepared, the CNC system can execute the programmed cutting path without requiring dedicated mechanical tooling.
This makes it easier to switch between different part designs.
For manufacturers producing customized or frequently changing components, this flexibility can be particularly useful.
Suitable for Different Metal Materials
Fiber laser cutting technology can be configured for commonly used industrial metals, including:
- Carbon steel
- Stainless steel
- Aluminum
- Brass
- Other compatible metal materials
Different materials require different laser power, focus settings, cutting speeds and assist-gas parameters.
Reduced Mechanical Tooling
Traditional mechanical cutting processes rely on physical cutting tools that can wear over time.
Laser cutting uses a focused optical beam rather than a conventional cutting blade, reducing dependence on mechanical cutting tooling.
This can simplify production when manufacturers frequently change part geometries.
CNC Repeatability
The CNC system controls the machine movement and cutting path according to the programmed design.
Once suitable parameters have been established, the same program can be used to reproduce the same component across production batches.
Key Features of the Industrial CNC Fiber Laser Cutter
1. Fiber Laser Cutting Source
The laser source is the core energy-generation component of the machine.
Different laser power configurations can be selected according to the material and thickness range you need to process.
When selecting a laser source, consider:
- Typical material thickness
- Material type
- Required production speed
- Daily production volume
- Future production requirements
Choosing laser power according to actual production requirements is more practical than selecting the highest available power.
2. Precision Laser Cutting Head
The cutting head focuses the laser beam onto the workpiece and delivers assist gas to the cutting zone.
A properly configured cutting head helps control:
- Beam focusing
- Cutting stability
- Nozzle performance
- Protective lens condition
- Cutting quality
The exact cutting head model should be selected according to the final machine configuration.
3. CNC Motion Control
The CNC system controls the machine axes and executes the programmed cutting path.
A typical workflow includes:
- Import the part drawing
- Prepare the cutting path
- Set material parameters
- Set cutting conditions
- Start the cutting process
- Monitor machine operation
Digital control allows manufacturers to switch between different part designs without changing mechanical cutting tools.
4. Precision Machine Structure
Machine stability is important for laser cutting because vibration and mechanical movement can influence cutting consistency.
The machine structure is designed to provide a stable platform for:
- Linear movement
- Laser head positioning
- Workpiece support
- Repeated CNC operation
The final machine structure and drive system depend on the selected model and configuration.
5. Industrial Cooling System
Fiber laser systems and associated optical components require controlled operating temperatures.
An industrial water chiller helps maintain suitable thermal conditions during operation.
Stable cooling is important for maintaining consistent machine performance during extended production.
Technical Specifications
The final specifications should be selected according to the customer’s required configuration.
| Parameter | Specification |
|---|---|
| Machine Type | Industrial CNC Fiber Laser Cutting Machine |
| Laser Type | Fiber Laser |
| Application | Metal Sheet & Plate Cutting |
| Cutting Materials | Carbon Steel, Stainless Steel, Aluminum, Brass & Compatible Metals |
| CNC Control | CNC Laser Cutting Control System |
| Cutting Method | Fiber Laser Cutting |
| Cooling | Industrial Water Chiller |
| Assist Gas | Oxygen / Nitrogen / Compressed Air, depending on application |
| Laser Power | Configurable according to application |
| Working Area | Configurable |
| Cutting Head | Industrial Fiber Laser Cutting Head |
| Drive System | CNC Servo Motion System |
| Machine Configuration | Customizable according to production requirements |
Note: Actual laser power, working area, cutting thickness, cutting speed, positioning accuracy and component brands should be confirmed according to the selected machine configuration.
Metal Materials for Fiber Laser Cutting
Carbon Steel
Carbon steel is widely used in machinery manufacturing, structural fabrication and general metal processing.
Typical components include:
- Brackets
- Frames
- Machine components
- Structural parts
- Panels
- Enclosures
Stainless Steel
Fiber laser cutting is widely used for stainless steel sheet and plate components.
Applications include:
- Kitchen equipment
- Industrial equipment
- Decorative metal products
- Machine components
- Stainless steel enclosures
Aluminum
Aluminum has different thermal characteristics from carbon steel and stainless steel.
The correct laser power, focus position, assist gas and cutting parameters should therefore be selected for the specific aluminum alloy and thickness.
Brass and Other Compatible Metals
Fiber laser technology can also be configured for certain non-ferrous metals.
For reflective materials such as brass or copper, the laser source and cutting configuration should be selected carefully.
Customers should provide the exact material grade and thickness before finalizing the machine configuration.
Fiber Laser Cutting Applications
The machine can be used across a wide range of industrial manufacturing applications.
Sheet Metal Fabrication
For cutting:
- Panels
- Brackets
- Covers
- Frames
- Plates
- Custom metal components
Machinery Manufacturing
Laser cutting can produce components for industrial machines and equipment.
The ability to change digital designs quickly makes CNC laser cutting useful for both standard components and customized machine parts.
Automotive Components
Applications may include:
- Brackets
- Panels
- Structural components
- Covers
- Mounting components
Electrical Enclosures
Laser cutting can be used to produce:
- Electrical cabinet panels
- Mounting plates
- Enclosure components
- Brackets
- Access panels
Metal Furniture
Manufacturers can use fiber laser cutting to produce components for:
- Furniture frames
- Metal panels
- Brackets
- Decorative components
- Structural supports
Agricultural Machinery
Typical applications include:
- Machine brackets
- Structural components
- Protective covers
- Mounting plates
- Equipment frames
Custom Metal Fabrication
For job shops and contract manufacturers, the ability to quickly change cutting programs makes fiber laser cutting suitable for customized orders and small-to-medium production batches.
How to Choose the Right Fiber Laser Power
Laser power should not be selected based only on the maximum thickness you occasionally need to cut.
Instead, evaluate your normal production requirements.
Material
Different metals interact with the laser differently.
Thickness
Identify the thickness range that represents most of your production.
Cutting Speed
If production volume is high, cutting productivity becomes more important.
Production Volume
A machine operating for several hours every day may require a different configuration from a machine used occasionally.
Future Expansion
If you expect to process thicker materials or increase production volume, this should be considered before selecting the laser power.
Guide to: Laser Cutting Power Calculator
Fiber Laser Cutting Machine vs. Traditional Metal Cutting
| Factor | Fiber Laser Cutting | Traditional Mechanical Cutting |
|---|---|---|
| Digital CNC control | Yes | Depends on process |
| Complex contours | Suitable | Process dependent |
| Tool contact | No conventional cutting blade | Often required |
| Design changes | Digital program | May require tooling changes |
| Small-batch production | Suitable | Often more setup |
| Repeated production | CNC controlled | Process dependent |
| Automation | Available | Depends on equipment |
| Material flexibility | Multiple compatible metals | Depends on tooling |
The appropriate cutting technology depends on the material, thickness, production volume, required tolerance and overall production process.
Production Efficiency Considerations
A laser cutter’s productivity depends on more than laser power.
Important factors include:
- Cutting parameters
- Material thickness
- Material type
- Part geometry
- Nesting efficiency
- Assist gas
- Machine acceleration
- Laser head performance
- Loading and unloading workflow
- Operator workflow
For this reason, comparing machines only by their advertised laser power does not provide a complete picture of production performance.
Guide to: Laser Cutting Time Calculator
Machine Configuration Options
Different manufacturers require different machine configurations.
Depending on the production application, available options may include:
- Different laser power levels
- Different working areas
- Different fiber laser sources
- Different cutting heads
- Different CNC control systems
- Automatic material handling
- Different assist-gas configurations
- Additional production automation
The final configuration should be determined after reviewing the customer’s material, thickness, part size and production requirements.
Quality Control and Machine Testing
Before delivery, an industrial laser cutting machine should be tested across its major operating systems.
Typical inspection areas include:
- Machine structure
- Axis movement
- CNC control
- Laser source operation
- Cutting head operation
- Cooling system
- Assist-gas system
- Electrical system
- Machine safety systems
- Cutting performance
For customers with specific production requirements, sample cutting can be performed using customer-supplied material or drawings where applicable.
Get the Right Fiber Laser Cutting Machine Configuration
There is no single laser configuration that is suitable for every metal fabrication business.
The right machine depends on what you actually cut.
To recommend a suitable configuration, provide:
Material: Carbon Steel / Stainless Steel / Aluminum / Brass / Other
Thickness: Typical and maximum thickness
Sheet Size: Required working area
Production Volume: Small / Medium / High
Main Products: Describe the parts you manufacture
Required Laser Power: If known
Automation Requirement: Manual / Semi-Automatic / Automatic
Drawing: DXF / DWG / PDF if available
Based on this information, YIHAI LASER can recommend a suitable machine configuration and quotation.
Request a Fiber Laser Cutting Machine Quote
Looking for an industrial CNC fiber laser cutting machine for your metal fabrication business?
YIHAI LASER provides configurable fiber laser cutting solutions for different materials, thickness ranges and production requirements.
Tell us what you need to cut, and we can help you determine:
- Suitable laser power
- Working area
- Laser source
- Cutting head
- CNC configuration
- Assist gas configuration
- Automation requirements
Send Your Material for Test Cutting
Frequently Asked Questions
What laser powers are available for this CNC laser cutting machine?
This model is offered in 1000W, 2000W, and 3000W configurations. The appropriate power depends on the material, thickness, cutting speed, and production requirements.
What materials can the machine cut?
The machine is designed for compatible metal sheet and plate applications, including carbon steel, stainless steel, and aluminum. The final material capability should be confirmed according to the machine configuration.
Is this machine suitable for small-batch production?
Yes. CNC laser cutting is suitable for both customized and batch production because part designs can be changed through the digital cutting program without replacing mechanical tooling.
Does the machine support automatic feeding?
Yes. Automatic material feeding is one of the key features of this product configuration. The exact feeding method depends on the selected machine configuration.
How do I choose between 1000W, 2000W and 3000W?
Consider your most frequently processed material and thickness, required production speed, production volume, and future expansion plans. If you are unsure, send us your material and thickness requirements for configuration advice.
Can you test cut my material?
Test cutting can be arranged based on your material, thickness, and sample drawing. Contact us with your cutting requirements.
What information do I need to request a quotation?
Ideally, provide your material type, thickness range, maximum sheet size, main part drawings, expected production volume, and any automation requirements.
Can the machine be customized?
Machine configuration can be adjusted according to production requirements. Customization should be confirmed based on the required working area, laser power, material handling, and other technical specifications.
Request Your Automatic CNC Fiber Laser Cutting Machine
Looking for an automatic CNC laser cutting machine for your metal fabrication business?
YIHAI LASER can help you select a suitable configuration based on your material, thickness, production volume, and automation requirements.
1000W | 2000W | 3000W
Talk to a Laser Cutting Specialist
View the next product: Best Fiber Laser Cutting Machine Manufacturer & Supplier
Additional information
| Weight | 1500 kg |
|---|---|
| Dimensions | 620 × 170 × 150 cm |
| Laser power | 1500W, 3000W, 6000W, 12000W |
