Equipment features
Half flying optical path on a large flat bed
On a large table the usual problem is that cut quality drifts from one corner to another. This machine fixes the laser source in the X direction and lets the optics travel in Y, which shortens the beam path variation across the table. The result is the same cut at the near edge and the far corner — the reason to use this format rather than a bigger standard table.
Half flying optical path
- The laser source stays fixed in X while the optics move in Y.
- Cut effect stays consistent at every corner of a large sheet.
Large flat-bed work area
- Working area in the 2 000×1 300 mm class, quoted against your sheet.
- Full-format nesting for signage, panels and batch non-metal parts.
Servo motor and ball-screw guide
- Servo drive with ball-screw guide for positioning on the larger span.
- Rigid transmission keeps the head stable during fast direction changes.
Effective blowing system
- Assist air is directed at the cut to clear debris from the kerf.
- Cleaner cutting on material that produces dust or sticky residue.
CO₂ tube 80–150 W optional
- Peak power 80 / 100 / 130 / 150 W by configuration; RF metal tube optional.
- Power chosen by material and thickness rather than by table size.
DSP high-speed controller
- DSP controller with automatic focus and standard file formats.
- PLT, DST, AI, DXF, BMP, JPG, CAD, CDR and DWG are accepted.
Applications
Full-format non-metal cutting
Chosen where the sheet is large, the parts are nested across it, and the cut has to look the same at the far corner as at the near one.
Materials
Rubber, plastic, acrylic, cloth, leather, woollen fabric, bamboo and wooden products and other non-metal materials. Metal is not the purpose of this table — for metal sheet a fiber machine is the correct choice.
Technical specifications
Technical Specifications
| Laser Type | CO2 Glass Laser Tube/(RF Metal CO2 Laser Tube Optional) |
|---|---|
| Peak Laser Power | 80W/100W/130W/150W (Optional ) |
| Wavelength | 10.6um |
| Cutting Speed | Max.25M/Min |
| Focal Length | 38.1,50.8,63.5,76.2,101.6mm |
| Cooling Mode | Water Cooling and Protection System |
| Location Precision | 0.015mm |
| Min.Line Width | 0.15-0.3mm |
| Controlling Formats Supported | DSP High Speed Controller |
| Graphic Formats Supported | PLT,DST,AI,DXF,BMP,JPG,CAD,CDR,DWG |
| Operating temperature | 0℃-40℃ |
| Humidity | 5% to 85% (No Condensed ) |
| Gross Power | <1250W |
| Power source | AC110V/220V± 10%, 50/60HZ |
| Processing Area | 2000*1300mm(Optional) |
| Working Environment | Clean, Free of Dust |
Values describe the standard configuration. Working area is confirmed against the sheet format you buy; cut quality at the far corner is verified on your sample.
Why the optical path matters
A conventional flying optic machine moves the whole optical chain in both directions, so the beam path changes as the head travels. Fixing the source in X and moving only in Y reduces that variation. On a 2 m class table this is visible where a part at one corner is compared with the same part at the other. Tell us the sheet format and the tightest feature you need, and we will test it at the extremes of the table.
Configuration & support
Matching the machine to your work
Optical pathHalf flying optic; source fixed in X, optics travel in Y.
Peak power80 / 100 / 130 / 150 W by configuration.
Working areaLarge flat bed, quoted against your sheet format.
Corner testSample cut at table centre and both extremes before quotation.
Request a quote
Test the full table
Send the sheet format, material, thickness and the part you would cut at the edges of the table. HODA cuts it at the extremes and confirms the working area and quotation for the large format laser flat bed.
Product / model: Large Format Laser Flat Bed
