3 kW Fiber Laser Cutting MachineSheet + tube cutting · Fiber laser
Combined Sheet and Tube Fiber Laser Cutter
Supplied brochure render · flat-sheet table and tube cutting layout. Final equipment depends on configuration.
Blender exterior illustration. Refer to the supplied product renders and confirmed configuration for equipment details.
Bring flat-sheet and tube cutting into one machine layout. Select the worktable, tube clamping and laser power around the mix of parts your workshop makes.
Sheet + tube.One combined platform
Series options at a glance
- Sheet table
- Multiple selectable formats
- Tube cutting range
- 20–220 mm reference; optional configuration up to 350 mm
- Laser power range
- 3–60 kW, by configuration
Images show a reference layout. Laser power, handling equipment and included accessories follow the selected configuration.
Combined sheet and tube cutting setup.
Bring sheet parts and tubular components into the equipment discussion together, then define the working format for each.
A selectable sheet worktable
Choose the table format around the largest sheet and the way parts are nested. Review loading access and part collection with the space available in your workshop.
Dedicated tube processing
The tube axis adds clamping and rotary processing alongside the flat bed. Use section drawings to specify tube diameter, jaws, supports and required end profiles.
Holes, slots and profiles
Prepare flat brackets, panels and tube features for fabricated assemblies. Review the detail on each material and thickness with a sample-cutting plan.
A coordinated operating workflow
Plan how operators change between sheet and tube jobs, including stock handling, program preparation and fixture changes. The expected mix of work helps define the configuration.
Technical data & options.
Select the sheet format and tube specification separately. Match the laser and supporting equipment to both workflows.
Find your configuration| Machine format | Combined flat-sheet and tube cutting |
|---|---|
| Laser power range | 3–60 kW, by configuration |
| Sheet table options (mm) | 3,000 × 1,500; 4,000 × 1,500; 4,000 × 2,000; 6,000 × 1,500; 6,000 × 2,000; 8,000 × 2,000 |
| Tube length reference | 6,000 mm; custom length by review |
| Tube cutting range | 20–220 mm reference; optional configuration up to 350 mm |
| Laser wavelength | 1,070 nm |
| Electrical reference | 380 V / 50 Hz |
| Cooling | Water cooling |
Reference configuration data. Listed ranges and formats are options across the platform; they do not describe one fixed machine. The quotation confirms the selected equipment and application limits.
Sheet size and cutting requirements
Provide the largest sheet, material grades, thickness ranges and representative nesting files. Confirm table size, source power, cutting head and gas requirements together.
Tube diameter and larger-chuck option
The reference table lists a 20–220 mm tube range and a maximum optional 350 mm configuration. Confirm the actual section, jaw clearances, weight, support and available cutting envelope for the selected chuck.
Workshop layout and job changes
Plan access to the sheet table and tube axis, stock storage and finished-part handling. Request the layout and utilities for the confirmed machine before preparing the site.
Resources & support.
Prepare representative drawings, stock details and a site plan to define the configuration.
Before you choose.
Should I choose a combined or dedicated tube cutter?
A combined platform suits a workflow that needs both flat sheets and tubes. A dedicated tube machine may suit a workload centred on tube support, loading automation and repeated tube jobs. Compare the job mix and handling needs before choosing.
Can sheet and tube jobs run at the same time?
The combined layout does not by itself establish simultaneous independent cutting. Confirm the laser arrangement, cutting sequence and operating workflow for the quoted machine.
Do the tube options apply to every sheet size?
The brochure lists platform options, not one universal combination. The chosen table, chuck, tube length and laser power must be reviewed together and listed in the quotation.
Can you quote from a single maximum thickness?
Provide separate sheet and tube material lists, including grades and wall thicknesses. The required finish, cutting geometry, gas and output affect the useful configuration, so a single maximum thickness is not sufficient.
Get in touch
Let’s plan your sheet and tube workflow.
Share the sheet formats, tube sections, material and thickness ranges, drawings and job mix. We’ll use them to define the machine and quotation scope.
Email our team[email protected]Have a drawing or reference photo? Send it to us by email.
After your enquiry
Our team reviews your requirements and follows up on the machine configuration, sample arrangements or support you need.
Quotation checklist