SENFENG recently completed the installation, commissioning, and operator training of a SF3015H 6kW fiber laser cutting machine equipped with a high-performance laser source for a customer in the United States. The project was led by after-sales engineer Mr. Gao, who provided full on-site technical support including mechanical setup optimization, electrical inspection, system debugging, parameter adjustment, and operator training. The machine was successfully commissioned and handed over for production use after comprehensive testing and training.

On-Site Setup and Mechanical Optimization

June 25, 2026

Upon arrival, the machine had already been positioned on-site. The engineer performed a full inspection of the installation layout and carried out a systematic cable organization to improve overall wiring arrangement and operational safety.

During the mechanical and utility inspection, the water-cooling circuit and laser system pipelines were verified and optimized to ensure correct configuration. The gas line layout was also reviewed and adjusted where necessary, ensuring that all pneumatic connections were properly arranged according to system requirements.

Additional supporting components, including air distribution and cable management accessories, were configured to improve installation orderliness and long-term maintenance accessibility. Electrical and control cables for auxiliary systems such as the dust extraction unit were extended and properly connected to ensure stable operation across all subsystems.

Electrical Adjustment and System Readiness

June 26, 2026

Further inspection was conducted on the electrical system and mechanical motion components. A number of installation details were optimized, including pneumatic pressure regulation assembly positioning and overall wiring refinement to ensure cleaner routing and improved maintainability.

After system power preparation, full startup testing was conducted. The engineer verified signal communication, motion platform coordination, and safety interlock logic step by step to ensure stable system readiness.

During commissioning, all key subsystems—including sensors, safety protection modules, and motion feedback systems—were carefully checked and confirmed to be functioning as expected after proper configuration and adjustment.

Parameter Tuning and Cutting Performance Optimization

June 29, 2026

The engineer proceeded with cutting parameter calibration and performance optimization based on different material thickness requirements. The system was fine-tuned to ensure stable processing performance across thin-sheet cutting applications.

Model	SF3015H4
Laser Power (kW)	6-30
Working Area (L*W, mm)	3080*1530
X/Y-axis Positioning Accuracy (mm)	±0.05
X/Y-axis Repositioning Accuracy (mm)	±0.02
Max. No-load Speed (m/min)	200
Max. Acceleration (G)	2
Max. Load of Platforms (kg)	3000
Overall Dimensions (LWH, mm)	8440*2270*2340
Power Supply	Three-phase 380V, 50Hz/60Hz

Through iterative testing and adjustment, optimized process parameters were established to improve piercing stability and cutting consistency for thin plate processing. The machine demonstrated stable operation during continuous cutting trials.

Operator training was also conducted, focusing on parameter adjustment methods, basic process optimization logic, and how to adapt cutting settings for different material thicknesses.

Operator Training and System Operation Guidance

June 30, 2026

Comprehensive training was delivered on software operation, including file import, nesting layout, and cutting workflow management. The operator gradually became familiar with the full operational process from program setup to actual cutting execution.

Multiple sheet cutting trials were performed, and the system maintained stable performance throughout continuous operation.

In addition, detailed guidance was provided on machine structure alignment and platform synchronization, ensuring smooth switching motion and improved mechanical stability during operation.

Preventive maintenance procedures and daily operation precautions were also explained to ensure long-term stable performance of the equipment.

Final Commissioning and Project Handover

July 1, 2026

Final training sessions focused on independent machine operation and production workflow guidance. The operator was able to independently complete software operation, cutting preparation, and basic production tasks.

After completing final system checks and confirming stable operation, the machine was officially handed over for production use. The project concluded with successful acceptance and completion of training procedures.

Summary

The installation and commissioning of the SENFENG SF3015H 6kW fiber laser cutting machine in the United States was completed successfully. Through systematic mechanical optimization, electrical verification, parameter tuning, and structured operator training, the equipment was fully prepared for stable and efficient production operation.