Laser Cutting Machines
Fiber laser cutting machines help fabrication shops process sheet metal, plate and tube profiles with cleaner cuts, repeatable motion and a more efficient material preparation workflow.
FALCON CUT 550
GLT Laser Tables
About Laser Cutting Machines
Gator FabTech offers laser cutting solutions for sheet and tube applications, including laser tables and tube laser systems designed for fabrication teams evaluating speed, accuracy, material range, automation and long-term service support.
Sheet & Plate Cutting
Laser tables support flat sheet and plate processing where cut quality, nesting efficiency and repeatability matter.
Tube & Profile Cutting
Tube laser systems help reduce secondary setups for round, square, rectangular and profile-based fabrication work.
Workflow Planning
The right machine should be selected by material mix, thickness range, part geometry, automation goals and service expectations.
What Are Fiber Laser Cutting Machines?
Fiber laser cutting machines use a fiber laser source and CNC-controlled motion system to cut metal sheets, plates, tubes or profiles. In fabrication shops, they are often used before forming, welding, assembly, drilling or finishing operations.
A fiber laser system should not be selected by power rating alone. Buyers should compare material type, thickness range, table size, tube capacity, software workflow, loading method, cutting head configuration, service support and future production goals.
Laser Tables vs Tube Lasers: Which System Fits the Job?
| Machine Type | Best Fit | Buyer Priority |
|---|---|---|
| Laser Tables | Flat sheet, plate, nested parts and 2D profile cutting. | Cut area, power range, pallet exchange, nesting workflow and edge quality. |
| Tube Lasers | Round pipe, square tube, rectangular tube, angle and profile-based work. | Profile capacity, loading length, cut features and reduced secondary processing. |
| Combined Planning | Shops processing both sheet and tube work across multiple departments. | Production routing, staffing, floor space, quoting consistency and service coverage. |
Gator FabTech Laser Cutting Machine Lineup
| Model | Category | Primary Use | View |
|---|---|---|---|
| FALCON CUT 550 | Tube Lasers | All-in-one tube and profile laser cutting for round pipe, square tube, I-beam, flat bar and angle applications. | View Product |
| GLT Laser Tables | Laser Tables | Sheet and plate laser cutting for fabrication teams comparing table size, power range and production workflow. | View Product |
What Should Buyers Compare Before Choosing a Fiber Laser?
Material Mix
Mild steel, stainless steel, aluminum and other materials should be reviewed against thickness range and cut quality expectations.
Power Requirement
Laser power should be matched to part thickness, throughput goals and the percentage of heavy plate versus thin-gauge production.
Automation Goals
Pallet exchange, loading workflow and material handling should be considered if the shop wants longer production windows with fewer interruptions.
Service Support
Installation planning, training, maintenance support and parts availability should be part of the buying decision, not an afterthought.
How Much Laser Power Does Your Shop Need?
Power selection should be based on your material thickness, cut speed goals, part mix and expected utilization. Higher power can support heavier material and faster processing in the right workflow, but the best machine is the one matched to actual production demand.
| Production Need | Typical Evaluation Point | Decision Factor |
|---|---|---|
| Thin-Gauge Sheet | Speed, nesting and cut consistency. | Throughput and material handling efficiency. |
| Mixed Fabrication | A range of thicknesses and job types. | Flexibility, setup efficiency and serviceability. |
| Heavy Plate Work | Higher power, stability and cut strategy. | Capacity, duty cycle and edge quality requirements. |
Common Applications for Laser Cutting Machines
- Sheet metal fabrication and nested part production.
- Plate cutting for structural, industrial and manufacturing applications.
- Tube and pipe cutting for frames, supports, assemblies and welded structures.
- High-mix job shops that need flexible cutting capability.
- Fabrication teams replacing manual layout, sawing, drilling or secondary processing steps where laser cutting is a better fit.
Laser Cutting in a Complete Fabrication Workflow
A laser cutting machine can influence every downstream step. Cleaner parts can support more predictable forming, welding, fit-up and assembly. For tube work, a tube laser can also reduce layout and secondary processing when holes, slots, miters or complex features are cut in one workflow.
Buyers should evaluate laser cutting machines alongside press brakes, welding automation, structural steel machinery, saws, tooling, software workflow and service support to make sure the complete shop process is aligned.
Need Help Configuring a Fiber Laser Cutting Machine?
Share your material types, thickness range, sheet or tube requirements, production volume, floor space and automation goals. Gator FabTech can help compare laser cutting options and guide your next equipment decision.
Fiber Laser Cutting Machines FAQ
What is the difference between a laser table and a tube laser?
A laser table is used for flat sheet and plate cutting. A tube laser is designed for pipe, tube and profile cutting, often helping reduce secondary layout, drilling or notching steps.
How do I choose the right fiber laser power?
Start with your thickest regular material, expected cut speed, production volume and duty cycle. Higher power can help with thicker material and faster cutting, but the best choice depends on the full production workflow.
Can fiber laser cutting machines process tube and sheet on the same machine?
Some configurations are built for flat sheet cutting, while others are designed for tube and profile work. Shops that process both should compare machine configuration, loading method, capacity and production flow before choosing.
What information is needed to request a laser cutting machine quote?
Useful quote details include material type, maximum thickness, sheet or tube dimensions, production volume, automation needs, available floor space and any software or workflow requirements.
How does laser cutting support the rest of a fabrication workflow?
Laser cutting prepares parts before forming, welding, assembly and finishing. Cleaner, more repeatable cuts can help downstream teams work from more consistent starting material.
Need Help Choosing the Right Laser Cutting Machines?
Our experts are here to help you find the perfect solution for your specific needs.