Metal and Nonmetal CO2 Cutting Applications
The 1390/1610/1325 metal and nonmetal CO2 laser cutter combines a dedicated height-control metal head and assist-gas system with conventional nonmetal cutting. It is intended for thin, qualified carbon or stainless steel and approved acrylic, wood, plywood, MDF, leather or textiles; each material requires the correct head, gas, extraction and tested parameters.
- 150-500 W class sealed CO2 tube options; final power, tube design and chiller must be confirmed together.
- 1300 × 900, 1600 × 1000 and 1300 × 2500 mm nominal working-area options.
- Separate qualified setups for thin sheet metal and nonmetal cutting on one motion platform.
- Thin-metal work requires the specified metal head, height control, nozzle, oxygen or other approved assist gas and a production test.
- A blade worktable supports rigid sheet and allows process debris and fumes to move toward the extraction zone.
- Linear guides, belt or rack transmission and the quoted stepper/servo package support repeatable motion after calibration.
- RDC6332M hybrid controller with MetalCut or the software named in the final configuration.
- LightBurn Pro compatibility must be confirmed for the exact controller and firmware; metal-specific height and gas functions may require the supplied MetalCut workflow.
Tube Power & Process Selection
Select tube power with the working area, metal-head configuration, material, thickness, edge target and duty cycle. Higher rated power does not replace material testing or safe gas setup.
Three Working-Area Options
Choose 1300 × 900, 1600 × 1000 or 1300 × 2500 mm according to sheet size, loading access, floor space, extraction volume and the final machine drawing.
Rigid Motion Platform
A welded frame and matched linear-motion components support consistent travel. Final accuracy depends on assembly, leveling, calibration, optics, material flatness and acceptance testing.
Matched Water-Cooling System
Use the tube manufacturer's required chiller capacity, coolant, temperature range, flow alarm and maintenance schedule. Interlock the laser with verified cooling flow.
Blade Worktable
The replaceable blade bed supports rigid sheets while reducing back reflection and providing clearance for slag and debris. Bed spacing must suit the part size.
Qualified Cutting Performance
Metal thickness, nonmetal thickness and production speed depend on tube power, material grade, coating, focus, gas, nozzle, extraction and edge criteria. Use factory sample cuts and signed acceptance values instead of a universal maximum.
1390 / 1610 / 1325 Hybrid CO2 Specifications
| Model Family | VankCut-1390 / VankCut-1610 / VankCut-1325 hybrid CO2 cutter |
| Primary Process | Qualified thin-sheet metal and nonmetal cutting with separate head, gas and parameter setups |
| Nominal Working Areas | 1300 × 900 / 1600 × 1000 / 1300 × 2500 mm |
| Laser Source | Sealed water-cooled CO2 glass tube or combined-beam configuration as quoted |
| Nominal Wavelength | 10.6 μm |
| Rated Tube Power | 150 / 180 / 200 / 300 / 500 W class options; source design and usable output to quotation |
| Metal Cutting Head | Dedicated nozzle, autofocus or height-following system, crash/limit protection and low-pressure alarm as configured |
| Assist Gas | Air for approved nonmetals; oxygen or another specified gas for qualified metal cutting, with regulated clean supply |
| Worktable | Replaceable blade bed with under-table debris and extraction clearance |
| Reference Motion Speed | Up to 600 mm/s engraving and 200 mm/s cutting in the source configuration; production speed is application-dependent |
| Positioning Reference | ≤0.01 mm quoted; verify by leveling, calibration and acceptance sample |
| Motion System | Linear guides with belt/rack drive and quoted stepper or servo package |
| Controller | RDC6332M hybrid DSP with height, gas, pressure-alarm and metal-cut functions as configured |
| Software & Files | MetalCut or supplied control software; DST, PLT, BMP, DWG, DXF, AI and HPGL subject to version |
| Cooling & Extraction | Industrial chiller, air assist and source-capture exhaust sized for tube power and approved materials |
| Site, Safety & Acceptance | Electrical and gas utilities to quotation; Class 4 controls, fire protection, PPE, training and factory sample acceptance required |
Material & Thickness Qualification Guide
| Material / Process | Configuration Factors | Acceptance Requirement |
| Acrylic | Tube power, cast/extruded grade, thickness, focus, air assist and edge finish | Confirm flame-polished edge, taper, discoloration and cycle time with the production sheet |
| Plywood / MDF / Wood | Species, glue/resin chemistry, moisture, thickness, charring and fire load | Review SDS and test cut quality, fumes and sustained-flame behavior |
| Thin Carbon Steel | Grade, coating, flatness, metal head, nozzle, oxygen pressure and focus | Factory sample and signed thickness, edge oxidation, dross and speed criteria |
| Thin Stainless Steel | Alloy, finish, protective film, gas selection, nozzle, focus and heat tint | Factory sample and signed edge, burr, discoloration and dimensional criteria |
| Galvanized Sheet | Zinc coating, fume generation, extraction, gas, head clearance and corrosion target | Occupational-hygiene review plus sample acceptance and local source capture |
| Prohibited / Unknown Materials | PVC, vinyl, PTFE, other halogenated materials, epoxy or phenolic laminates, unknown plastics and composites | Do not process; identify the chemistry and select another method |
Capability depends on the complete configuration and the production material; approve factory samples before ordering.
Metal and Nonmetal Process Qualification
| Qualification Item | Verify Before Production |
| Material identity | Exact grade, supplier, coating, adhesive, film and SDS |
| Thickness and flatness | Actual tolerance, warp, support spacing and head-clearance risk |
| Laser source | Tube design, rated power, usable output, beam path and cooling capacity |
| Metal head | Nozzle, focus, height following, crash protection and limit/alarm behavior |
| Assist gas | Gas type, purity, clean regulated pressure, hose compatibility and shutoff procedure |
| Nonmetal air assist | Dry airflow that controls flame and debris without moving the workpiece |
| Extraction | Capture velocity, ducting, filtration, make-up air and emissions compliance |
| Fire controls | Supervision, detection, extinguishing plan, hot debris removal and emergency stop |
| Test coupon | Edge quality, taper, dross, charring, dimensions, speed and repeatability |
| Acceptance record | Approved parameters, photos, sample identification, operator and maintenance requirements |
Qualified Materials
The hybrid configuration is intended for qualified thin carbon or stainless steel and documented acrylic, plywood, MDF, wood, leather, paper or textiles. Protective films, coatings, adhesives and synthetic formulations require SDS review and sample testing. Never process PVC, vinyl, PTFE, other halogenated materials, epoxy or phenolic laminates, unknown plastics or unidentified composites.
Qualified Industries
Typical uses include advertising fabrication, displays, models, packaging dies, approved leather and textile goods, acrylic products and occasional thin-sheet metal parts. High-volume or thicker metal production is normally better matched to a fiber laser, plasma or another dedicated process.
Hybrid CO2 Metal and Nonmetal Cutting System
Metal Laser Cutting Head
The dedicated metal head maintains nozzle standoff and directs the specified assist gas for qualified thin carbon- or stainless-steel sheet. Confirm head type, sensor, pressure range and material limits in the quotation.
CO2 Source Configuration
The quoted source may use a high-power sealed glass tube or combined-beam arrangement. Tube design, rated output, beam alignment, chiller and usable process power must be supplied as one verified configuration.
RDC6332M Hybrid Controller
The RDC6332M family is designed for hybrid CO2 cutting and can coordinate motion, height following, auxiliary gas, low-pressure alarms and metal-cut functions according to the supplied wiring, firmware and MetalCut setup.
Knife Blade Table
Replaceable blades support rigid sheets and leave clearance for the focused beam, slag and debris. Select spacing for the smallest part and maintain the bed and extraction zone.
Metal and Nonmetal CO2 Laser Cutter FAQ
What materials can a CO2 laser engraving/cutting machine process?
Common candidates include documented acrylic, plywood, MDF, wood, paper, leather and textiles, plus thin carbon or stainless steel in the dedicated gas-assisted metal setup. Material chemistry, coatings, adhesives and fire/fume behavior must be approved first; PVC, PTFE, halogenated, epoxy, phenolic and unknown composites are prohibited.
Can a CO2 laser cut or engrave metal?
The hybrid model can cut qualified thin sheet metal only when fitted with the specified metal head, height control, nozzle and assist-gas system. It is not equivalent to a fiber laser for broad metal thicknesses or high-volume metal production.
Why is the laser tube not emitting light or losing power?
Stop the job and follow the documented lockout and troubleshooting procedure. With the laser disabled, check the chiller alarm, verified flow, temperature, interlocks, controller messages and visible cable or connector condition.
Do not bypass water protection, defeat interlocks, open the high-voltage supply or use a manual test button unless the manufacturer's procedure assigns that step to a qualified technician. Escalate loss of emission or power to trained service personnel.
What maintenance does the chiller and water cooling system require?
Follow the tube and chiller manufacturer's coolant, conductivity, temperature, flow and replacement schedule. Inspect hoses, fittings, filters and reservoir condition; clean the condenser or dust filter with power isolated and record alarms and service.
Maintain the specified ambient temperature and clear ventilation space around the chiller. Do not continue production after high-temperature or low-flow alarms until the cause is corrected and cooling interlocks are verified.
What is the difference between CO2 and fiber lasers?
CO2 lasers are well suited to acrylic, wood and many approved organics; a hybrid gas-assisted configuration adds limited thin-sheet metal capability. Fiber lasers are generally preferred for efficient, higher-throughput metal cutting and marking. Choose by material mix, thickness, edge requirement and production volume.
What working area sizes are common?
The listed family includes nominal 1300 × 900, 1600 × 1000 and 1300 × 2500 mm working areas. Confirm the usable travel, bed type, machine footprint, loading clearance and extraction connection on the final drawing.
