1. Rigid machine structure, high precision

• The entire base of the CNC cutting machine is made from steel, ensuring rigidity and stability during operation.
• The Y-axis frame has a solid structure, meeting precise movement requirements.
• The X-axis drive system uses high-precision gear-rack.
• The aluminum moving beam is optimized using finite element analysis, being lightweight and having low deformation.
• The gear-rack and linear guide system are designed to be dustproof. The parallel tolerance of the guide rail ≤ 0.03 mm, ensuring continuous motion accuracy.
• The guide rail is protected from dust and slag generated during laser cutting, contributing to the extended lifespan of the drive system.

2. Dual guide system

• The dual guide control technology helps the movement system to be balanced and stable.
• The dual support rail structure helps limit deformation and increase rigidity when the machine operates.

3. Automatic laser power adjustment

• During cutting, the laser output power is adjusted in real-time based on changes in cutting speed.
• The system helps limit edge burning or overheating at corners, small profiles, and positions with varying cutting speeds.

4. Automatic sheet edge positioning

• The sensor at the cutting head automatically determines the sheet edge, starting point, and workpiece angle.
• The cutting program is automatically adjusted according to the actual position of the sheet, reducing manual workpiece alignment time.

5. Automatic pressure control and gas cutting switching

• Laser CNC cutting machine monitors cutting gas pressure in real-time and automatically compensates for pressure.
• When the actual pressure exceeds the set range, the system automatically issues a warning.
• Supports automatic switching between compressed air, O₂, and N₂ according to processing requirements.

6. Automatic 16-point calibration and cutting head cleaning

• The system performs automatic 16-point calibration, supporting the cutting head to better adapt to uneven or warped material sheets.
• Maintains an appropriate working distance between the cutting head and the material surface, contributing to stable cutting quality.
• Yawei HLE 2060 fiber laser cutting machine integrates an automatic cleaning function for the cutting nozzle after processing, helping maintain the cutting head condition and extend component life.

7. Support for cutting with compressed air

• The machine supports configuring the compressed air system to meet pressure requirements for the cutting process.
• Using compressed air helps reduce cutting gas costs, especially suitable for thin material cutting applications.

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Technology & software supporting production

1. Import and deploy 3D drawings – optional

• Supports specialized software METALIX 3D-UNFOLD to deploy details from 3D models.
• Supports design data from software such as Pro/E, Solid Edge, and SolidWorks.
• SigmaNEST supports reading 3D design data, deploying, and converting to 2D format for processing program preparation.

2. Automatic nesting – Auto Nesting

• Uses the AutoNest function of SigmaNEST to automatically arrange details on the material sheet.
• Optimizes sheet usage ratio, reduces material waste, and enhances processing efficiency.
• The system simultaneously optimizes the order and cutting path.

3. Automatic technical report generation

SigmaNEST supports exporting reports with information such as:

• Material type and thickness.
• Number of details.
• Weight of each detail.
• Total cutting length.
• Waiting time and processing time.

The report provides detailed data of each cutting program, supporting operators and production departments in monitoring, controlling, and evaluating the processing process.

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Technical specifications of the Yawei HLE 2060 fiber laser cutting machine

Customers interested in the Yawei HLE 2060 Laser Fiber cutting machine please contact Weldcom via hotline or leave information so we can provide detailed support.