A laser tube cutting machine needs more than mechanical assembly to deliver reliable production performance. Proper alignment, electrical integration, process configuration, and operator familiarity all play an important role in getting the equipment ready for daily operation.

Recently, SENFENG completed the installation and commissioning of an SF7524T laser tube cutting machine in the United States. SENFENG after-sales engineer Mr. Zhang provided on-site technical support, overseeing the setup process, machine calibration, cutting trials, and operator training. The work focused not only on bringing the machine into operation but also on verifying its performance with different tube materials and processing requirements.

From Equipment Positioning to Complete Assembly

October 20–23, 2026

The first stage focused on preparing the machine for installation. After the auxiliary equipment was hoisted and positioned, the engineer began assembling the machine bed, adjusting its level, and completing the main structural connections.

The guide rails and racks were subsequently installed, followed by cable routing and the installation of the cable carriers. The laser fiber was routed, the cutting head was mounted, and the auxiliary equipment was repositioned to accommodate the overall layout.

These mechanical installation tasks provided the necessary foundation for electrical integration and subsequent system commissioning.

Bringing the Machine Systems Together

October 25–28, 2026

With the main mechanical components in place, attention shifted to the supporting systems and electrical connections.

The conveyor and chip removal equipment were positioned and connected. The engineer also completed the wiring for the safety light curtain, chiller, and laser source, together with the installation of the cooling water pipelines.

Once the external electrical connections were ready, the machine proceeded to its initial power-on stage. The engineer coordinated with the local electrician to complete the power connections and carried out checks on the control system, safety devices, and drive communication.

The machine’s operating status was verified through a series of inspections and configuration adjustments, preparing it for motion testing and functional commissioning.

Fine-Tuning the Controls and Motion Functions

October 29–31, 2026

Commissioning moved on to the machine’s motion system and auxiliary functions. The engineer checked the movement of each axis and verified the drive connections to ensure that the machine could perform the required movements correctly.

The pneumatic supply was also adjusted to provide separate connections for cutting gas and other pneumatic applications. This helped establish the required air supply conditions for subsequent cutting operations.

After completing the laser source activation and related checks, the engineer proceeded with initial cutting trials. Several tube samples were processed to assess the cutting process, while the unloading area and conveyor operation were checked as part of the machine’s functional verification.

These initial tests provided a basis for optimizing the cutting process and preparing for longer-tube applications.

Testing Different Tube Materials and Processing Programs

November 1–2, 2026

With the basic machine functions verified, the focus turned to application testing and production preparation.

The engineer connected and configured four cameras, adjusted the software interface to English, and completed the commissioning of the dual-line laser scanning system.

Cutting trials covered carbon steel tubes of different thicknesses and a range of customer-provided nesting layouts. Rather than relying on a single test sample, the engineer adjusted the cutting parameters according to the material thickness and processing requirements.

Long-tube cutting and unloading tests were also performed to check the unloading range and conveyor coordination. The tests helped verify the machine’s performance across different processing scenarios and provided practical reference parameters for future production.

Practical Training for Daily Operation

Alongside the technical commissioning work, operator training was an important part of the project.

Engineer Zhang provided hands-on instruction on the machine’s operating interface, software functions, tube processing procedures, and routine maintenance. Operators practiced working with different tube specifications and cutting programs to become familiar with the production workflow.

The training also covered essential equipment checks and common operating procedures, helping operators develop the knowledge needed for independent machine operation and routine care.

Completing the Installation and Acceptance Preparation

November 2, 2026

Before concluding the on-site work, the engineer performed additional functional checks and cutting tests. The machine configuration was adjusted according to the intended production workflow, and the remaining verification items were reviewed.

An additional testing period was arranged to confirm the cutting results before the final acceptance process.

From mechanical assembly and system integration to cutting optimization and operator instruction, the installation of the SF7524T demonstrated SENFENG’s commitment to supporting equipment performance beyond delivery.

Through professional on-site service and application-oriented training, SENFENG continues to help manufacturers worldwide integrate laser tube cutting technology into their production operations.