Mixed fabrication work
Review a production mix containing flat-sheet components and tube parts, with separate drawings for each task.
FY-LCM01-OMSheet parts and tube parts.
Sheet parts and tube parts.
One configuration review.
A combined fiber laser layout with a sheet worktable, tube chuck system and CNC console. Define both workpiece types before selecting power, usable area, clamping range and the equipment included in your quotation.
FormatCombined sheet and tube
WorkholdingSheet table and tube chucks
CapacitySpecified for the quoted machine
LCM01-OM
Product visualization based on the FY-LCM01-OM catalogue reference.
01 / FY-LCM01-OM
Machine & details
Confirm the final equipment and configuration in the quotation.
Sheet component production
Define normal sheet size, nesting needs and small features against the required edge and output.
Tube component preparation
Provide profile shape, stock length, outer dimensions and wall thickness for clamping and process review.
02 / Selection guide
Choose around your application
Match the equipment to the material, part and production workflow.
TWO PART TYPES
Describe the sheet job and the tube job.
A combined layout does not make their requirements interchangeable. Sheet dimensions and nesting define one task; tube profile, wall thickness and finished geometry define another. Review both before agreeing the overall machine.
- Sheet grades, sizes and thicknesses
- Tube profile, length and wall thickness
- Representative drawings for both jobs
Can I quote it from sheet thickness alone?
Discuss my application ↗No. The tube requirements can change the clamping, support and handling proposal. Include the actual production mix and drawings for both workpiece types.
Product visualization based on the FY-LCM01-OM catalogue reference.
CLAMPING & ACCESS
Make room for the complete tube.
Show the tube stock and finished part, including the locations of openings and cuts. The chuck and support arrangement must be reviewed with loading access and surrounding space; an outer dimension alone is insufficient.
- Profile shape and outer dimensions
- Stock length and part drawing
- Loading and available floor space
What tube sizes are supported?
Discuss my application ↗Capacity follows the quoted chuck arrangement, laser configuration and cutting process. Send the tube profile, outer dimensions, length and wall thickness for a matched recommendation.
Product visualization based on the FY-LCM01-OM catalogue reference.
PROCESS & SCOPE
Agree results for both sides of the machine.
Match the source, controller, software, extraction and utilities to both workpiece types. Ask for a defined bill of supply and representative sample expectations instead of carrying specifications over from a sheet-only model.
- Source, power and controls
- Sheet area and tube clamping range
- Edge criteria and required output
Can both jobs share one acceptance test?
Discuss my application ↗Use relevant drawings and material conditions for each. A successful flat-sheet sample does not by itself establish tube clamping, geometry or output.
Product visualization based on the FY-LCM01-OM catalogue reference.
03 / Configuration
Configuration & supply scope
Confirm the final equipment and configuration in the quotation.
| Model and format | FY-LCM01-OM; combined sheet and tube fiber laser layout. |
|---|---|
| Sheet handling | Flat-sheet worktable; usable work area confirmed against normal and maximum sheet size. |
| Tube handling | Chuck system and support area; profile, stock length and clamping range reviewed together. |
| Control position | Separate CNC console; sheet and tube programming requirements reviewed with the package. |
| Laser source and power | Specified for the project after reviewing sheet and tube requirements; confirm the quoted source and power. |
| Material capacity | Sheet thickness and tube wall capacity depend on the selected source, holding arrangement and process. |
| Site services | Loading access, extraction, electricity and assist-gas supply confirmed for the installation. |
| Included equipment | Source, controller, work area, chucks and accessories listed in the final proposal. |
More published configuration details
Plan the Configuration Around Your Parts
The OM designation identifies the combined sheet and tube layout. Laser power, working area and tube capacity are specified for the quoted machine after reviewing your production requirements.
| Sheet Work | Normal and maximum sheet size, material grade, thickness and representative parts. |
|---|---|
| Tube Work | Tube profile and outer dimensions, wall thickness, stock length and finished-part drawings. |
| Cutting Requirements | Required edge finish, smallest features, production quantity and sample-review needs. |
| Handling & Installation | Loading access, available floor space, extraction arrangement, electricity and assist-gas supply. |
| Configuration Proposal | Laser source and power, controller, work area, tube clamping range and included equipment. |
Related equipment
Compare the formats
04 / Downloads
Planning resources
Download the fiber laser cutting selection guideEnglish document · 91 KB↓Before you enquire
Does OM identify a sheet-and-tube layout?+
Yes. The layout combines a flat-sheet worktable with a tube chuck system. Actual tube size and thickness capacity are confirmed for the selected configuration.
Which model suits sheet-only work?+
Compare OS for a single table, G for an open gantry and C for a fully enclosed layout, using the same material and handling requirements.
Can the product photographs confirm capacity?+
No. They explain the layout. Request the ordered work area, clamping range, process recommendation and included equipment in writing.
05 / Discuss my application
Tell us what you need.
Send sheet and tube drawings, material grades, thicknesses, tube dimensions and target quantities. Mention FY-LCM01-OM so both workpiece types stay in the configuration review.
Selected machineFY-LCM01-OM
FY-LCM01-OM
Tell us what you need.
Continue on our contact page to share your application and request a configuration.
Discuss my application ↗