FY-PCM01
FY-PCM01 · Portable
A portable format for flexible plate-cutting layouts. Confirm track length, effective work area and the required plasma/flame configuration.
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CNC Cutting Machines
Compare CNC cutting equipment by material, thickness, profile detail and effective cutting area. Choose the cutting process first, then the table or gantry format, source power and site utilities.
ProcessMaterial starting point
Fiber laserMetal sheet, plate or tube matched to the machine format, source, optics and assist gas
PlasmaElectrically conductive metals, including suitable carbon steel, stainless steel and aluminium applications
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Source product image. Final configuration and included accessories are confirmed in the quotation.
01 / FYXFER
Machine formats
Match the equipment to the material, part and production workflow.
FY-TCM01
FY-TCM01 · Table
A table-style platform for a dedicated cutting station. Confirm the bed size, plate support, extraction/water arrangement and power source.
View product ↗FY-GCM01
FY-GCM01 · Gantry
A gantry platform for a planned rail and plate-handling layout. Confirm span, travel, torch package and foundations.
View product ↗01 / FYXFER
Machine & details
Confirm the final equipment and configuration in the quotation.
Laser Cutting Machines
Fiber laser cutting systems for sheet, plate and tube work. Compare table, open gantry, sheet-and-tube, semi-enclosed and fully enclosed formats around the job, material and handling requirements.
Plasma / Oxy-Fuel Cutting Machines
Portable, table and gantry formats configured for plasma, oxygen/fuel flame cutting or a confirmed combination. Match the torch and plasma source to the material and required production cut.
Waterjet Cutting Machines
Explore FY-WJ01 for a CNC waterjet table with cantilever layout and separate console. Review the material, part drawing and cutting setup before selecting the configuration.
02 / Selection guide
Choose around your application
Match the equipment to the material, part and production workflow.
Compare CNC cutting equipment families
Compare CNC cutting equipment families
View details
Laser Cutting Machines
Fiber laser cutting systems for sheet, plate and tube work. Compare table, open gantry, sheet-and-tube, semi-enclosed and fully enclosed formats around the job, material and handling requirements.
Plasma / Oxy-Fuel Cutting Machines
Portable, table and gantry formats configured for plasma, oxygen/fuel flame cutting or a confirmed combination. Match the torch and plasma source to the material and required production cut.
Waterjet Cutting Machines
Explore FY-WJ01 for a CNC waterjet table with cantilever layout and separate console. Review the material, part drawing and cutting setup before selecting the configuration.
Source product image. Final configuration and included accessories are confirmed in the quotation.
Laser cutting formats
Laser cutting formats
View details
Desktop / table type
FY-LCM01-OS: compare the table-format laser platform and working-area configuration.
Open gantry
FY-LCM01-G: compare gantry laser cutting for the sheet handling and work envelope required.
Semi-enclosed
Review the semi-enclosed laser configuration against loading access and the planned work area.
Fully enclosed
FY-LCM01-C: review the full enclosure, access arrangements and configuration for the intended cutting job.
Sheet & tube
FY-LCM01-OM: a combined sheet worktable and tube chuck system for projects involving flat parts and tube components.
Source product image. Final configuration and included accessories are confirmed in the quotation.
03 / Configuration
Configuration & supply scope
Confirm the final equipment and configuration in the quotation.
| Process | Material starting point | Selection priority | Confirm before ordering |
|---|---|---|---|
| Fiber laser | Metal sheet, plate or tube matched to the machine format, source, optics and assist gas | Profile detail, kerf, edge requirements and productive nesting | Material-specific cut chart, source power, gas, extraction, guarding and sheet or tube handling |
| Plasma | Electrically conductive metals, including suitable carbon steel, stainless steel and aluminium applications | Required cut quality and output with a matched plasma source and torch | Production piercing versus edge-start/severance capacity, current, gas/air quality, consumables and height control |
| Oxy-fuel / flame | Suitable carbon-steel applications | Carbon-steel plate work matched to fuel, oxygen supply and torch setup | Thickness, fuel type, nozzles, ignition, preheat and site gas arrangements; conventional oxy-fuel is not the standard choice for stainless steel or aluminium |
| Waterjet | Metal, stone, glass, ceramic, plastic and rubber applications, subject to material and process review | Part geometry, edge requirements and the proposed waterjet cutting setup | Work area, pump and head configuration, water arrangements, abrasive requirements and workpiece handling |
More published configuration details
Which CNC cutting process fits the work?
This is a process-selection comparison, not a guaranteed cutting-performance chart. Confirm quality, speed and thickness on the actual material and ordered system. Process reference: Hypertherm plasma versus oxy-fuel .
| Process | Material starting point | Selection priority | Confirm before ordering |
|---|---|---|---|
| Fiber laser | Metal sheet, plate or tube matched to the machine format, source, optics and assist gas | Profile detail, kerf, edge requirements and productive nesting | Material-specific cut chart, source power, gas, extraction, guarding and sheet or tube handling |
| Plasma | Electrically conductive metals, including suitable carbon steel, stainless steel and aluminium applications | Required cut quality and output with a matched plasma source and torch | Production piercing versus edge-start/severance capacity, current, gas/air quality, consumables and height control |
| Oxy-fuel / flame | Suitable carbon-steel applications | Carbon-steel plate work matched to fuel, oxygen supply and torch setup | Thickness, fuel type, nozzles, ignition, preheat and site gas arrangements; conventional oxy-fuel is not the standard choice for stainless steel or aluminium |
| Waterjet | Metal, stone, glass, ceramic, plastic and rubber applications, subject to material and process review | Part geometry, edge requirements and the proposed waterjet cutting setup | Work area, pump and head configuration, water arrangements, abrasive requirements and workpiece handling |
Application details
Compare CNC cutting equipment families
Laser Cutting Machines
Fiber laser cutting systems for sheet, plate and tube work. Compare table, open gantry, sheet-and-tube, semi-enclosed and fully enclosed formats around the job, material and handling requirements.
Plasma / Oxy-Fuel Cutting Machines
Portable, table and gantry formats configured for plasma, oxygen/fuel flame cutting or a confirmed combination. Match the torch and plasma source to the material and required production cut.
Waterjet Cutting Machines
Explore FY-WJ01 for a CNC waterjet table with cantilever layout and separate console. Review the material, part drawing and cutting setup before selecting the configuration.
Which CNC cutting process fits the work?
This is a process-selection comparison, not a guaranteed cutting-performance chart. Confirm quality, speed and thickness on the actual material and ordered system. Process reference: Hypertherm plasma versus oxy-fuel .
| Process | Material starting point | Selection priority | Confirm before ordering |
|---|---|---|---|
| Fiber laser | Metal sheet, plate or tube matched to the machine format, source, optics and assist gas | Profile detail, kerf, edge requirements and productive nesting | Material-specific cut chart, source power, gas, extraction, guarding and sheet or tube handling |
| Plasma | Electrically conductive metals, including suitable carbon steel, stainless steel and aluminium applications | Required cut quality and output with a matched plasma source and torch | Production piercing versus edge-start/severance capacity, current, gas/air quality, consumables and height control |
| Oxy-fuel / flame | Suitable carbon-steel applications | Carbon-steel plate work matched to fuel, oxygen supply and torch setup | Thickness, fuel type, nozzles, ignition, preheat and site gas arrangements; conventional oxy-fuel is not the standard choice for stainless steel or aluminium |
| Waterjet | Metal, stone, glass, ceramic, plastic and rubber applications, subject to material and process review | Part geometry, edge requirements and the proposed waterjet cutting setup | Work area, pump and head configuration, water arrangements, abrasive requirements and workpiece handling |
Laser cutting formats
Desktop / table type
FY-LCM01-OS: compare the table-format laser platform and working-area configuration.
Open gantry
FY-LCM01-G: compare gantry laser cutting for the sheet handling and work envelope required.
Semi-enclosed
Review the semi-enclosed laser configuration against loading access and the planned work area.
Fully enclosed
FY-LCM01-C: review the full enclosure, access arrangements and configuration for the intended cutting job.
Sheet & tube
FY-LCM01-OM: a combined sheet worktable and tube chuck system for projects involving flat parts and tube components.
Plasma and oxy-fuel machine formats
FY-PCM01 · Portable
A portable format for flexible plate-cutting layouts. Confirm track length, effective work area and the required plasma/flame configuration.
FY-TCM01 · Table
A table-style platform for a dedicated cutting station. Confirm the bed size, plate support, extraction/water arrangement and power source.
FY-GCM01 · Gantry
A gantry platform for a planned rail and plate-handling layout. Confirm span, travel, torch package and foundations.
04 / Downloads
Planning resources
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 machineCNC Cutting Machines
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Tell us what you need.
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