Customer Installation Story · Georgia & Missouri
Two customer sites, two real applications and one commissioning standard. During U.S. visits in Georgia and Missouri, the Sky Fire Laser field team installed, calibrated and tested SF-Slicer tube fiber laser cutting machines, then worked with the customers on operation and application validation.
Project at a glance
- Customer sites: OMFRoy in Georgia and Zachary in Missouri
- Machine: SF-Slicer tube fiber laser cutting machine
- Georgia configuration: 3kW
- Material shown: Carbon-steel square and rectangular tube
- Field scope: Installation, calibration, testing and operator guidance
- Applications: Tube samples and a welding fixture
Why On-Site Commissioning Matters
A tube laser does not enter useful production simply because the machine has arrived. The loading system, tube support, clamping, cutting head, software, process parameters and operator workflow must all be checked under actual site conditions.
These two U.S. projects show that commissioning is both technical and application-specific. The same SF-Slicer platform was tested against different customer parts, allowing each shop to evaluate the machine using work that reflected its own fabrication needs.
Georgia: Testing a 3kW SF-Slicer on Carbon-Steel Square Tube
At OMFRoy in Georgia, the field team commissioned a 3kW SF-Slicer and tested it on carbon-steel square tube. The footage shows the machine, automatic feeding arrangement, cutting operation and finished sample pieces.
The customer had previously used separate sawing and drilling operations. The SF-Slicer brings tube cutting and feature creation into a single programmed workflow. During the trial, the customer could observe material handling, inspect the cut sample and evaluate the machine before regular production.
Based on the field notes, the new process improved working efficiency and finished-part quality compared with the previous multi-step approach.
Missouri: Producing a Long Welding Fixture
At Zachary in Missouri, the customer tested the SF-Slicer with square and rectangular tube used to make a long welding fixture. The part contains repeated triangular openings, circular holes and connection features distributed along its length.
This was a useful acceptance application because the machine had to maintain programmed geometry across a long workpiece—not just produce a small demonstration coupon. The completed fixture also connected the laser-cutting test to a real downstream shop-floor task.
The footage shows machine operation, the cut structure and customer interaction around the equipment. It demonstrates the full commissioning sequence: installation, calibration, testing and practical operator support.
What the Customers Could Verify
A meaningful acceptance and commissioning test goes beyond confirming that the laser emits. It allows the customer and field team to check:
- material loading, support and positioning;
- tube clamping and rotation through the required geometry;
- cutting of holes, contours, slots and connection features;
- consistency along longer square and rectangular tubes;
- finished-part quality for downstream welding or assembly;
- software operation and parameter selection; and
- operator understanding of normal operation and basic checks.
The field-service takeaway: the machine, material and operator workflow must be validated together. Customer-specific test parts reveal much more than a generic factory demonstration.
About the SF-Slicer Tube Laser
The SF-Slicer metal tube fiber laser cutting machine is designed for tube-processing applications. The listed configuration supports semi-automatic loading for 3–6 m tube lengths, automatic loading for tubes up to 120 mm in diameter, and a loading mechanism rated for up to one metric ton.
Application suitability depends on tube shape, dimensions, wall thickness, material, part geometry, production volume and required downstream fit. Customers should provide drawings and production details before selecting a final configuration.
Frequently Asked Questions
Where were these SF-Slicer projects completed?
The customer installations and commissioning work took place in Georgia and in Missouri.
What material was shown in the customer tests?
The Georgia field notes identify carbon-steel square tube. The Missouri footage and photos show square and rectangular tube used to produce a long welding fixture.
Was the Georgia machine used for a production run?
The supplied project notes identify the footage as trial cutting during commissioning, not a documented long-term production study.
What support was shown during these customer visits?
The project footage shows on-site setup checks, calibration, test cutting and basic operating guidance at the two customer facilities. Available support may vary by project scope and service agreement.
Does the SF-Slicer replace sawing and drilling in every application?
It can combine tube cutting and programmed feature creation for suitable parts, as demonstrated in Georgia. The exact process reduction depends on the part design, tolerances, material and downstream requirements.
Would You Like to Test Your Tube Part on the SF-Slicer?
Send us your tube drawing, material, profile dimensions, wall thickness, tube length and expected production volume. Our team can review the application and recommend a suitable machine configuration.
Project details are based on the supplied field notes, customer-site media and edited installation video. Machine configuration, process performance and production results depend on the selected equipment, material, geometry, site conditions and operating parameters.
