SENFENG has successfully completed the installation and operator training of the SF3015H4 fiber laser sheet cutting machine along with the BDE5016 press brake in the United States. The project was led by after-sales engineer Mr. Gao Rui, who provided comprehensive technical support throughout the entire process, including mechanical assembly, system integration, calibration, testing, and hands-on training. After careful commissioning and optimization, both machines were brought into stable operation and demonstrated strong performance in practical production tasks.

Equipment Assembly and Initial Installation

Jan 27–28, 2026

After arriving on site, the engineer carried out equipment unpacking, component inspection, and installation preparation. The setup process began with machine leveling, alignment of the platforms, and integration of the front and rear bed sections. The press brake structure and protective panels were installed and adjusted to ensure structural stability and accuracy.

Meanwhile, the laser source and cooling unit were positioned properly, followed by cable routing, tow chain installation, cutting head mounting, and fiber cable arrangement. With all key mechanical parts installed, the system was ready for electrical and utility connections.

Electrical Setup and System Integration

Jan 29–31, 2026

The wiring for the laser cutting machine was completed and organized according to system requirements. As the remaining components became available, the electrical, gas, and water circuits were connected in sequence.

During commissioning, the engineer conducted detailed inspections of the motors, motion system, and compensation functions. After precise adjustments and calibration, the press brake achieved smooth and stable movement. Machine leveling and alignment were further refined to support long-term processing accuracy.

Power-On Testing and Performance Calibration

Feb 1–3, 2026

Once installation was completed, power-on testing began. System indicators, motion components, and safety functions were checked step by step to ensure proper operation. After verifying all electrical connections, the equipment ran reliably and steadily.

Test cutting was then performed using nitrogen to confirm cutting quality. The engineer adjusted the cutting head verticality and calibrated the focus position for optimal performance. Cutting parameters were fine-tuned for various material thicknesses, and motion precision was enhanced through servo and mechanical adjustments.

Process Optimization and Operator Training

Feb 4–7, 2026

With the machines running stably, the focus shifted to operator training. The engineer provided detailed guidance on machine operation, software usage, parameter setting, routine maintenance, and safety procedures.

Practical training included drawing import, sheet nesting, part editing, and full-sheet cutting exercises. Multiple cutting tests were carried out on stainless steel and carbon steel plates of different thicknesses, producing stable and high-quality results.

Training for the BDE5016 press brake covered bending parameter setup, compensation adjustment, and practical bending operations. Through structured instruction and hands-on practice, operators quickly became familiar with the workflow and achieved accurate bending performance.

Final Optimization and Project Completion

Feb 8–9, 2026

In the final phase, the engineer carried out additional mechanical fine-tuning to further improve system accuracy and operational stability. Protective covers were installed, system parameters were backed up, and final cutting trials were performed on thicker carbon steel sheets, confirming excellent processing performance.

Additional technical guidance was provided on lens replacement, routine servicing, and best practices for long-term equipment use. After confirming that both the SF3015H4 fiber laser cutter and the BDE5016 press brake were operating smoothly and meeting production requirements, the installation and training project was successfully completed.