SENFENG has successfully completed the installation and commissioning of a 30kW fiber laser cutting machine in the United States. SENFENG after-sales engineer Mr. Gao provided on-site technical support throughout the project, covering machine positioning, mechanical installation, auxiliary equipment setup, electrical commissioning, motion-system testing, cutting parameter optimization, and operator training.

As a high-power laser cutting machine, the installation required careful coordination across multiple stages. From positioning the main machine and arranging auxiliary equipment to commissioning the motion system and developing cutting parameters, each step was completed through systematic inspection and practical testing.

Preparing the Machine for Installation

August 7, 2026

The project started with equipment inspection and installation preparation. After unpacking the equipment, the engineer checked the machine, accessories, and required installation components while confirming the local power supply configuration.

Foundation work was carried out simultaneously, with the positioning of the ground plates and preparation of the installation area completed step by step.

One of the main challenges during machine positioning was the limited overhead space at the installation site. Since conventional lifting equipment could not be used directly, the machine had to be moved gradually with a compact forklift. The engineer carefully controlled the positioning process to ensure that the machine was safely placed in the designated area.

This preparation provided a solid foundation for the following mechanical and electrical installation work.

Setting Up the Laser System and Auxiliary Equipment

August 9, 2026

The next stage focused on arranging the major components of the laser cutting system.

The 30kW laser source was moved into its dedicated air-conditioned room. Due to its considerable size and weight, the positioning process required careful handling and precise coordination.

The engineer also arranged the voltage stabilizer, air compressor, and dust extraction system, taking into consideration the overall equipment layout and connection requirements.

Meanwhile, the rear platform foundation was prepared for the next installation stage. Graphite boards were also positioned inside the working area in preparation for commissioning and cutting trials.

Mechanical Assembly and System Connections

August 10-11, 2026

Once the rear platform was ready, the engineer completed its alignment and leveling before connecting and securing it to the main machine.

The remaining mechanical installation work was then carried out, including cutting head installation, tow chain restoration, sheet-metal assembly, and cable routing.

The dust extraction system was also connected and adjusted. Because the required duct length extended beyond the original connection point, the ductwork was extended on site to achieve the necessary connection.

By the end of this stage, the major mechanical assemblies and auxiliary systems were in place, allowing the project to move into electrical commissioning and machine debugging.

System Commissioning and Motion Control Diagnostics

August 17-19, 2026

With the electrical supply available, the engineer began power-on commissioning and performed a comprehensive inspection of the machine’s motion-control system.

During the initial commissioning process, an axis drive alarm appeared. The engineer carried out a series of diagnostic procedures, including power-cycle tests, connector inspections, wiring checks, and motion-system verification.

Further testing was performed under different operating conditions to narrow down the source of the alarm. SENFENG’s technical team was involved in the diagnostic process, and the necessary drive-system components were prepared for further testing.

The troubleshooting process demonstrated the importance of systematic diagnosis during the commissioning of high-power laser cutting equipment. Instead of immediately proceeding with cutting tests, the engineer first focused on confirming stable motion performance and ensuring that the system was ready for the next stage.

Motion System Replacement and Precision Testing

August 20, 2026

The replacement drive components, motor, and power cable were installed as part of the continued troubleshooting and verification process.

The engineer first performed no-load Jog tests to verify the basic movement of the axis. After confirming normal operation, the mechanical connection was restored and the axis was tested again under working conditions.

During the inspection, the engineer identified that the Z-axis required additional optimization. SENFENG arranged a new Z-axis module, which was subsequently installed and carefully adjusted.

Following the replacement, the Z-axis was tested repeatedly. The movement became smooth, allowing the engineer to continue with machine commissioning and cutting parameter adjustment.

With the motion system verified, the project could move forward to the operator training and production testing stages.

Hands-On Operator Training

August 21, 2026

Operator training was conducted alongside machine commissioning.

The training covered the complete workflow of operating a fiber laser cutting machine, including machine controls, drawing preparation, nesting, compensation settings, cutting parameter adjustment, routine maintenance, and basic troubleshooting.

The engineer emphasized hands-on operation rather than simply explaining the control interface. Operators were guided through actual machine operations and cutting tasks, allowing them to become familiar with the workflow in a practical environment.

Training also covered cloud-based nesting and parameter management. With numerous parts and different material specifications involved in production, efficient nesting and organized parameter management were particularly important.

The engineer demonstrated how material type and sheet thickness could be incorporated into the nesting workflow and helped establish the corresponding cutting compensation data.

Building a Cutting Parameter Database

The cutting trials were conducted using different sheet specifications to verify the machine’s performance and optimize production parameters.

Because some of the test sheets were large and heavy, an overhead crane was used for loading. Each test was carefully recorded, allowing the engineer to gradually build a more complete set of cutting parameters.

Rather than using a single set of generic parameters, the settings were organized according to different material and thickness requirements. This approach provides operators with a more convenient starting point for future production and helps improve the consistency of cutting results.

Software Integration and Final Machine Optimization

August 25, 2026

Further commissioning focused on software communication and production workflow optimization.

The engineer worked with the technical team to address the communication between the cloud nesting system and the machine-control system. After the necessary configuration and coordination, the system was prepared for continued testing.

The newly installed Z-axis module was also checked again under actual machine operating conditions. The axis moved smoothly, and the machine continued running steadily.

Full-sheet cutting tests were then performed to verify the overall performance of the machine under production-like conditions. Cutting parameters were further refined and saved according to the required material specifications.

Production Verification and Final Acceptance

August 26, 2026

The final commissioning stage focused on production verification.

The engineer monitored the machine during continuous cutting operations and checked its overall running condition. The machine maintained stable operation throughout the cutting process.

Based on the completed cutting tests, the relevant parameters were organized and saved according to the production materials, providing a convenient reference for subsequent jobs.

Final training and technical guidance were also provided, covering machine operation, maintenance, parameter management, and daily inspection procedures.

After the installation, commissioning, training, and cutting verification were completed, the project successfully entered the acceptance stage.

From Installation to Production with SENFENG

Installing a 30kW fiber laser cutting machine involves much more than assembling the equipment. Machine positioning, leveling, auxiliary system setup, motion-system commissioning, cutting parameter optimization, and operator training all play important roles in preparing the equipment for production.

Throughout this project, SENFENG’s after-sales engineer provided on-site support from the initial installation through final production testing. By combining systematic commissioning with hands-on training and practical cutting trials, the machine was successfully prepared for stable and efficient operation.

The completion of this project once again demonstrates SENFENG’s commitment to providing comprehensive technical support throughout the entire equipment installation and commissioning process.