3D FIVE-AXIS CO2
3D Five-Axis CO2 Laser Cutting System
Match the equipment to the material, part and production workflow.
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Advanced Precision Equipment
Laser systems for complex three-dimensional parts. Start with the component geometry, material and required result to define the cutting path, fixture and machine configuration.
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CAD configuration illustration. Machine details and workholding are confirmed for the selected application.
01 / FYXFER
Machine formats
Match the equipment to the material, part and production workflow.
01 / FYXFER
Machine & details
Confirm the final equipment and configuration in the quotation.
Automotive molded components
Application examples include hole cutting in automotive bumper covers and gate trimming on B-pillar exterior trim. The illustrated bumper application uses PP+EPDM-TD20.
Repeat production with a dedicated fixture
Define the component position, required openings and access before configuring the workholding. A taught cutting program can then be reused for the same part and process.
02 / Selection guide
Choose around your application
Match the equipment to the material, part and production workflow.
3D Five-Axis CO2 Laser Cutting SystemDiscuss my application ↗
3D Five-Axis CO2 Laser Cutting System
A 300 W CO2 laser and five coordinated axes support trimming and hole cutting on curved molded parts. Manual teaching records a three-dimensional path for repeated processing.
View details
A 300 W CO2 laser and five coordinated axes support trimming and hole cutting on curved molded parts. Manual teaching records a three-dimensional path for repeated processing.
CAD configuration illustration. Machine details and workholding are confirmed for the selected application.
Match the system to the shape of the part
Match the system to the shape of the part
For workpieces with curved surfaces or openings on multiple faces, the cutting head and fixture need to provide access along the complete path.
View details
For workpieces with curved surfaces or openings on multiple faces, the cutting head and fixture need to provide access along the complete path.
Automotive molded components
Application examples include hole cutting in automotive bumper covers and gate trimming on B-pillar exterior trim. The illustrated bumper application uses PP+EPDM-TD20.
Material suitability and edge quality are confirmed through sample processing.
Repeat production with a dedicated fixture
Define the component position, required openings and access before configuring the workholding. A taught cutting program can then be reused for the same part and process.
CAD configuration illustration. Machine details and workholding are confirmed for the selected application.
3D Five-Axis CO2 Laser Cutting System
3D Five-Axis CO2 Laser Cutting System
View details
3D Five-Axis CO2 Laser Cutting System
Review part geometry, fixture, access and sample criteria for a 3D five-axis CO2 cutting project.
3D Five-Axis CO2 Laser Cutting System
PDF · English · 111.7 KB FYXFER_3D_Five_Axis_CO2_Selection_Guide_EN.pdf
CAD configuration illustration. Machine details and workholding are confirmed for the selected application.
Match the system to the shape of the part
For workpieces with curved surfaces or openings on multiple faces, the cutting head and fixture need to provide access along the complete path.
Automotive molded components
Application examples include hole cutting in automotive bumper covers and gate trimming on B-pillar exterior trim. The illustrated bumper application uses PP+EPDM-TD20.
Material suitability and edge quality are confirmed through sample processing.
Repeat production with a dedicated fixture
Define the component position, required openings and access before configuring the workholding. A taught cutting program can then be reused for the same part and process.
3D Five-Axis CO2 Laser Cutting System
3D Five-Axis CO2 Laser Cutting System
Review part geometry, fixture, access and sample criteria for a 3D five-axis CO2 cutting project.
3D Five-Axis CO2 Laser Cutting System
PDF · English · 111.7 KB FYXFER_3D_Five_Axis_CO2_Selection_Guide_EN.pdf
Start with your part drawing or 3D model
Send the material, thickness, part dimensions, required cuts and production target. These details guide the sample review, fixture layout and machine configuration.
Application details
3D Five-Axis CO2 Laser Cutting System
A 300 W CO2 laser and five coordinated axes support trimming and hole cutting on curved molded parts. Manual teaching records a three-dimensional path for repeated processing.
Match the system to the shape of the part
For workpieces with curved surfaces or openings on multiple faces, the cutting head and fixture need to provide access along the complete path.
Automotive molded components
Application examples include hole cutting in automotive bumper covers and gate trimming on B-pillar exterior trim. The illustrated bumper application uses PP+EPDM-TD20.
Material suitability and edge quality are confirmed through sample processing.
Repeat production with a dedicated fixture
Define the component position, required openings and access before configuring the workholding. A taught cutting program can then be reused for the same part and process.
3D Five-Axis CO2 Laser Cutting System
3D Five-Axis CO2 Laser Cutting System
Review part geometry, fixture, access and sample criteria for a 3D five-axis CO2 cutting project.
3D Five-Axis CO2 Laser Cutting System
PDF · English · 111.7 KB FYXFER_3D_Five_Axis_CO2_Selection_Guide_EN.pdf
Start with your part drawing or 3D model
Send the material, thickness, part dimensions, required cuts and production target. These details guide the sample review, fixture layout and machine configuration.
04 / Downloads
Planning resources
Download the 3D five-axis CO2 selection guideEnglish document · 112 KB↓Before you enquire
What should the quotation include?+
Confirm the selected equipment, fixtures, utilities, installation needs and supply scope before ordering.
05 / Discuss my application
Tell us what you need.
Start with your material and application. Add the dimensions, result and production target when known.
Selected machineAdvanced Precision Equipment
Discuss my application
Tell us what you need.
Continue on our contact page to share your application and request a configuration.
Discuss my application ↗