SSF6035GNT Fiber Laser Tube Cutting Machine Installation & Training in Serbia

SENFENG successfully completed the installation, commissioning, and operator training of an SF6035GNT 6kW fiber laser tube cutting machine in Serbia. The project was carried out by SENFENG after-sales engineer Mr. Song Wentao, who provided full on-site support from initial installation to batch production and final acceptance.

The SF6035GNT is a high-efficiency fiber laser tube cutting machine designed for cutting round tubes, square tubes, rectangular tubes, angle steel, channel steel, H-beams, and I-beams, meeting diverse processing requirements.

Unpacking, Layout Marking, and Machine Positioning

Jan 9, 2026
Upon arrival, the engineer completed machine unpacking and moved all accessories to the designated installation area. Base reference lines were marked, anchor plates were positioned, and the machine beds were placed in preparation for leveling and alignment.

Machine Leveling and Structural Assembly

Jan 10, 2026
Machine leveling and bed alignment were completed using a laser level to ensure installation accuracy. The machine beds were precisely aligned and connected.
Additional components, including the computer stand and related accessories, were installed.

Electrical Wiring and Cutting Head Installation

Jan 12, 2026
Cable routing was completed, and wiring inside the electrical cabinet was carried out according to standard procedures. The cutting head was then installed and secured.

Power-On, System Checks, and Axis Calibration

Jan 13, 2026
After confirming stable incoming power, the machine was powered on successfully. System alarms were cleared, and all axes were tested for homing and motion accuracy.
The pneumatic system was connected and vented. Mechanical actions of the support system and flipping devices were tested.
Additional protective measures were added to further improve cable and hose management. The B-axis center calibration was then completed.

Accuracy Calibration and Bevel Cutting Debugging

Jan 14, 2026
The engineer calibrated the support system and material collection axis and fine-tuned the cutting head installation accuracy.
Bevel cutting was debugged and verified, and cutting parameters were tested and adjusted accordingly. Material feeding tests were also completed.

Process Optimization and Parameter Adjustment

Jan 15–17, 2026
During cutting tests, system configurations were optimized in coordination with the control system supplier, ensuring stable Z-axis behavior during processing.
Carbon steel cutting parameters were continuously adjusted to accommodate multiple tube sizes and specifications.
PLC interference logic was further optimized to improve overall machine stability.

Full-Length Tube Processing and Performance Demonstration

Jan 19–20, 2026
Round tube cutting parameters were fine-tuned, followed by the processing of a full-length tube to demonstrate the machine’s complete operating process.
Anchor bolts were welded, and additional guidance was provided on nesting software functions and process settings.

Operator Training and On-Site Production Support

Jan 21–24, 2026
With ongoing production requirements, cutting parameters were adjusted in real time.
The engineer conducted hands-on training covering nesting, drawing creation, layout planning, machine operation, and cutting precautions.
Cutting parameters for channel steel, angle steel, and H-beams were optimized based on actual material conditions.
The logic and methodology behind parameter adjustment were explained in detail to support independent operation.

Advanced Nesting and Batch Cutting

Jan 26–27, 2026
Further optimization focused on I-beam cutting parameters and nesting software usage.
Advanced nesting techniques were introduced to reduce material waste, including zero-remnant cutting for short parts, marking, and layout optimization.
Batch tube cutting was carried out smoothly.

Maintenance Training and Continued Optimization

Jan 29–30, 2026
Additional training sessions addressed common cutting issues, routine machine maintenance, and long-term equipment care.
Air and oxygen cutting parameters for new tube sizes were adjusted, and the logic behind parameter tuning was explained.
Cutting software functions, nesting workflows, and key operation points were reviewed again, with emphasis on correct operation and equipment protection.

Final Integration and Acceptance

Jan 31, 2026
Additional wiring was installed to connect the dust collector with the machine’s remote control function through software configuration.
Final guidance emphasized maintenance standards and daily inspection practices.
After confirming stable operation and cutting quality, the machine passed final acceptance successfully.

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