FLC-S1 Open-Bed Fiber Laser Cutting MachineSix-axis tube cutting
FLC-T6X Six-Axis Fiber Laser Tube Cutting Machine
Review a six-axis tube-processing arrangement against your sections, joints and access requirements.
Supplied product render. Product view. Equipment shown may include options; confirm the selected version and equipment list in your quotation.
View product imagesBuild the cutting plan around the joint.
Review a six-axis tube-processing arrangement against your sections, joints and access requirements.
Review the machine and the workflow.
Six-axis configuration
Use the proposed tube section and cut geometry to confirm the axis arrangement and accessible cutting features.
Clamping and clearance
Provide section drawings, lengths and weights to review chuck, support and head clearance.
Sample-based review
Use representative joint or profile drawings to agree a sample, inspection method and configuration.
Plan your FLC-T6X configuration.
Use the following product identity and planning requirements when requesting a configuration.
| Operation | Information to share | Configuration to review |
|---|---|---|
| Stock | Section drawing, diameter, wall and material | Chuck jaws and cutting process |
| Handling | Tube length, weight and bundle size | Supports, loading and finished-part collection |
| Acceptance | Part drawings, joint requirements and tolerances | Sample test and agreed inspection plan |
Technical data & source options
| Model / series | FLC-T6X |
|---|---|
| Equipment format | Six-axis tube cutting |
| Configuration basis | Selected version and itemised quotation |
| Specification scope | 3 kW, six-axis, 240 mm chuck version |
| Rated laser output | 3,000 W |
| Laser wavelength | 1,070 nm |
| Round tube diameter | 20–240 mm |
| Square tube clamping side | 20–240 mm |
| Effective cutting length | 6,200 mm |
| Loading length | 6,200 mm |
| Chuck centre bore | 240 mm |
| Maximum acceleration | 1.5 g |
| Repeat positioning accuracy | ±0.02 mm/m |
| Electrical supply | 380 V, 50 Hz |
| Tube profiles | Round, square, rectangular and oval |
| Loading system (documented configuration) | Semi-automatic |
| Cooling method | Dual-temperature water chiller |
| Carbon steel cutting thickness (reference) | 0.5–12 mm; material and process dependent |
| Stainless steel cutting thickness (reference) | 0.5–6 mm; material and process dependent |
| Aluminium alloy cutting thickness (reference) | 0.5–3 mm; material and process dependent |
Power, dimensions, capacity and performance must match the selected equipment version and the agreed quotation.
Equipment version and included items
Confirm the selected machine version, source, head, controls and supporting equipment in an itemised quotation.
Installation and acceptance
Agree the delivery layout, utilities, installation responsibilities, sample requirements and inspection criteria before scheduling the machine.
Before you choose.
What should I send for a FLC-T6X quotation?
Section drawing, diameter, wall and material. Also include your production requirements, destination and installation conditions.
Are all accessories shown included?
Images identify the supplied reference version. Confirm the machine, process head, supporting equipment and accessories in the itemised quotation.
Can I confirm the result with a sample?
Share a representative part or material and define measurable acceptance criteria. Review the proposed configuration and test plan before arranging the sample.
Discuss your FLC-T6X project.
Review a six-axis tube-processing arrangement against your sections, joints and access requirements. Send your requirements so we can review the configuration and equipment scope.
- Materials and part details
- Processes and quality requirements
- Installation and supporting equipment