Metal and Nonmetal CO2 Laser Cutters
1390 Hybird Laser Cutter
The WH-1390M is a hybrid CO2 laser cutter with a 1300 x 900 mm working area, designed to cut thin metals and non-metals on one machine.
Metal and Nonmetal CO2 Laser Cutters
CO2 Hybrid Laser Cutting Machine
The WH1325M is a CO2 hybrid laser cutter with a 1300 x 2500 mm processing area and a 150 W sealed glass tube, with 220 W and 300 W options. It cuts both thin metals like stainless and carbon steel and non-metals such as acrylic, wood, and die-cutting board...
Product Overview
What This Machine Is Built To Do
The WH1325M is a CO2 hybrid laser cutter with a 1300 x 2500 mm processing area and a 150 W sealed glass tube, with 220 W and 300 W options. It cuts both thin metals like stainless and carbon steel and non-metals such as acrylic, wood, and die-cutting board from one machine. The Y-axis uses dual drives with 86 stepper motors and Taiwan CSK linear guides to maintain ±0.05 mm positioning accuracy. An auto-focus head and capacitive height adjuster handle uneven sheets, while the Ruida control system supports DST, DXF, AI and CDR formats. It is built for workshops that need to switch between metal and non-metal jobs without changing machines.
- Cuts both metal and non-metal materials from a single CO2 source, eliminating the need for two separate machines
- 1300 x 2500 mm bed accommodates large sheets without splicing, saving setup time on oversized jobs
- Auto-focus laser head adjusts for uneven metal sheets, reducing manual calibration errors
- Dual-drive Y-axis with CSK linear guides maintains precision at high speeds on heavy plates
- Small cutting seam means edges do not need polishing, reducing labor and secondary processing costs
- Ruida control system supports common file formats including DST, DXF, AI and CDR for easy integration
Where It Is Used
Application Scenarios
- Advertising workshops cutting acrylic letters and thin stainless steel faces for signage
- Packaging producers making die-cutting boards and paper prototypes in mixed batches
- Decorators processing wood panels and leather inlays for interior design projects
- Small metal shops cutting thin carbon and stainless steel parts alongside non-metal components
- Prototyping labs requiring quick changes between plastic, wood, and thin metal samples
Buyer Fit
Who It Is For
- Signage shops that cut acrylic, wood, and thin metal on the same production line
- Packaging manufacturers producing die-cutting boards and sample boxes
- Fabricators needing to switch between non-metal and thin metal jobs without changing machines
- Machine dealers stocking versatile CO2 cutters for mixed-material workshops
Process Problems
Problems It Solves
- Buying separate machines for metal and non-metal cuts increases capital cost and floor space
- Splicing smaller sheets to fit a bed wastes time and creates alignment errors on large parts
- Manual focus adjustment on uneven sheets leads to inconsistent cut quality and scrap
- Polishing cut edges after processing adds labor cost and delays delivery on tight schedules
- Single-drive machines lose precision on large beds when moving heavy materials at speed
Engineering
Technical Features
- Sealed CO2 glass laser tube available in 150 W, 220 W or 300 W configurations
- Auto-focus laser head with II-VI USA focus lens for stable light speed and fast cutting
- Capacitive automatic height adjuster to maintain correct focal distance on uneven sheets
- Y-axis dual drive system with large-sized 86 stepper motors and Taiwan CSK linear guides
- Ruida control system supporting DST, PLT, BMP, DXF, AI, CDR, CIF, PCX and DWG formats
- S&A CW5200 constant temperature chiller for stable tube performance during long runs
- Three 550 W air blowers for consistent assist gas flow during cutting
- Welding machine bed structure for rigidity during high-speed operation
Specifications
Published Figures For CO2 Hybrid Laser Cutting Machine
Every value below is taken from the machine data sheet. Where a range is given the exact figure depends on the model and power you order.
| Model | WH1325M |
|---|---|
| Cutting Size | 1300 x 2500 mm |
| X Axis Travel | 1300 mm |
| Y Axis Travel | 2500 mm |
| Z Axis Travel | 40 mm |
| Laser Power | 150 W (220 W / 300 W optional) |
| Laser Type | Sealed CO2 glass laser tube |
| Positioning Accuracy | ±0.05 mm |
| Repeatability Accuracy | ±0.01 mm |
| Control System | Ruida control |
| Driving System | Stepper motor & Leadshine driver |
| Cooling System | S&A CW5200 chiller |
| Power Supply | AC110/220±10%, 50Hz-60Hz |
| Rated Power | 4 kW |
| Machine Weight | 1200 kgs |
| Machine Dimension | 3600 x 1850 x 1300 mm |
Materials
Materials It Handles
- Non-metallic materials like acrylic, wood, medium-density board, die-cutting board, paper, leather, PVC, ABS
- Metal materials including stainless steel and carbon steel
Working Process
From File To Finished Part
Import design files in supported formats such as DXF, AI, CDR or DST into the Ruida control system
Load material onto the 1300 x 2500 mm bed and secure it
Use the capacitive height adjuster to set the correct focal distance for uneven sheets
Select the appropriate power and speed settings for the material type and thickness
Initiate the cut, allowing the auto-focus head to maintain consistency during operation
Unload the finished parts and clear any debris from the bed
Quality Control
Quality Control Before Shipment
- Positioning and repeatability accuracy are checked before the machine leaves the workshop
- The sealed CO2 glass laser tube is tested for light speed stability
- Dual-drive Y-axis alignment is verified to ensure smooth movement on CSK linear guides
- Electrical systems are checked for AC110/220V compatibility and grounding safety
Options
Customisation Options
- Choose laser power options of 150 W, 220 W or 300 W based on material mix
- Configure power supply for AC110V or AC220V depending on destination market
- Select from standard file format support including DST, DXF, AI and CDR
- English user manuals and video guidance are supplied for easy setup
Comparison
How It Compares With The Alternatives
| Fiber laser cutter | Fiber lasers cut thicker metals faster but cannot process non-metals like acrylic or wood, which this CO2 hybrid handles |
|---|---|
| Standard CO2 laser cutter | Standard CO2 cutters are optimized for non-metals, while this hybrid is configured to cut thin metals like stainless and carbon steel as well |
| Single-drive Y-axis machine | Dual-drive Y-axis with 86 stepper motors provides better stability and precision on large beds compared to single-drive systems |
Operating Notes
Use Guide
- Ensure the S&A CW5200 chiller is filled with distilled water and set to the recommended temperature
- Clean the II-VI USA focus lens regularly to maintain cutting power and edge quality
- Use the capacitive height adjuster when cutting uneven metal sheets to prevent collisions
- Select the correct file format for your design software to avoid import errors in Ruida control
- Check air blower function to ensure slag is blown away from the cut zone
Buyer Questions
CO2 Hybrid Laser Cutting Machine FAQ
What materials can this machine cut?
It cuts non-metals like acrylic, wood, MDF, die-cutting board, paper, leather, PVC and ABS, as well as thin metals like stainless steel and carbon steel.
What is the maximum cutting thickness for metal?
The source text specifies it cuts thin to medium-thickness metal sheets, with specific mention of carbon and stainless steel plates up to 1.5 mm thick in the short description.
What laser power options are available?
The standard configuration is 150 W, with 220 W and 300 W options available for higher power requirements.
What file formats does the control system support?
The Ruida control system supports DST, PLT, BMP, DXF, AI, CDR, CIF, PCX and DWG formats.
What is the positioning accuracy?
The machine has a positioning accuracy of ±0.05 mm and a repeatability accuracy of ±0.01 mm.
What cooling system is used?
It uses an S&A CW5200 constant temperature chiller to keep the sealed CO2 glass laser tube stable during operation.
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