The CCD camera CO2 laser cutting machine combines a color vision camera with a sealed CO2 laser for print-to-cut and contour workflows. It can detect registration marks or printed outlines, apply a calibrated offset and send the approved path to the laser controller.
Use it for labels, patches, printed textiles, transfer graphics, acrylic or wood components and mixed layouts that are difficult to align by edge stops alone. Detection depends on contrast, lighting, print distortion, camera calibration and the supplied vision software, so qualify the actual artwork and material.
- 2–3 MP color CCD or area-camera option; exact sensor and lens confirmed per order
- Registration-mark or printed-outline recognition for compatible vision workflows
- Calibrated contour offset, rotation handling and repeated-layout detection
- 9060CCD, 1390CCD, 1610CCD and 1325CCD work-area options
- 80/100/130/150 W standard CO2 sources; higher output requires an engineered configuration
- Honeycomb or knife-blade beds and pass-through access where configured
- Supplied vision software for camera jobs and Ruida control for laser motion
- Matched air assist, source-capture extraction, fire controls and safety configuration
CCD Camera CO2 Laser Machine Specifications
| Specification | CCD Series Configuration |
|---|---|
| Model family | VankCut-9060CCD / 1390CCD / 1610CCD / 1325CCD |
| Nominal work areas | 900 × 600 / 1300 × 900 / 1600 × 1000 / 1300 × 2500 mm |
| Primary process | Camera-assisted contour cutting and engraving of qualified nonmetal materials |
| Vision camera | 2–3 MP color CCD or area-camera class; exact sensor, lens and field of view by quotation |
| Recognition modes | Registration marks, printed outlines or approved template features, subject to vision-software support |
| Calibration and offset | Camera-to-bed calibration and configurable contour offset; acceptance uses the customer’s printed sample |
| Laser source | Sealed-glass CO2 laser tube |
| Standard output options | 80/100/130/150 W class; final source by quotation and sample test |
| Higher-output option | Available only with confirmed chassis, optics, cooling, extraction and electrical engineering |
| Nominal wavelength | 10.6 µm |
| Motion system | XY motion with linear guide rails; drive configuration confirmed per model |
| Laser controller | Ruida RD6445-class DSP; exact board and firmware confirmed per order |
| Vision workflow | Supplied camera software for image capture, recognition, calibration, offset and contour output |
| Standard-file workflow | RDWorks or compatible software; LightBurn Pro only with a supported controller and not assumed to provide the supplied CCD workflow |
| Typical file formats | Common vector, raster or print-job files subject to the delivered vision and controller software |
| Worktable and pass-through | Honeycomb or knife-blade; pass-through and motorized Z options by model |
| Cooling | Source-matched industrial water chiller with flow and temperature protection |
| Air assist and extraction | Required; airflow and filtration selected for material and process |
| Electrical supply | Configured for destination voltage and frequency; dedicated grounded circuit required |
| Laser safety | Class 4 laser source; finished-system classification, enclosure and interlocks confirmed for destination |
| Acceptance basis | Approved printed sample, recognition reliability, contour error, edge quality, cycle time and final configuration |
Material and Vision-Process Qualification Guide
| Material or application | CCD CO2 laser guidance |
|---|---|
| Printed textiles and patches | Qualify fiber, dye, coating, backing, print contrast, stretch and heat response with the actual artwork. |
| Labels and transfer graphics | Test registration-mark or outline recognition, print distortion, contour offset and batch variation. |
| Acrylic | Contour or vector cutting is application-dependent; qualify thickness, edge quality, flame control and extraction. |
| Wood, plywood and MDF | Qualify species, density, adhesive, coating, print visibility, smoke and char. |
| Paper and cardboard | Suitable after testing; use low heat input, continuous supervision and strong fire controls. |
| Natural leather | Process only identified formulations after SDS and fume review; chromium-containing or unknown leather requires written hazard approval. |
| Laser-safe stamp rubber | Use only documented laser-processing grades with effective source-capture extraction. |
| Glass, stone and ceramic | Limited to qualified surface marking; camera contour cutting is generally not the intended process. |
| Anodized or coated metal | Surface marking of a qualified coating may be possible; this standard CCD CO2 series does not cut bare metal. |
| Bare metal cutting | Not supported on the standard nonmetal CCD platform; select a fiber or purpose-built hybrid system. |
| Prohibited or unidentified materials | Do not process PVC, vinyl, PTFE, other halogenated materials, epoxy or phenolic laminates, unknown synthetic leather, rubber, resins, plastics or composites. |
Final capability is established with the customer’s printed artwork, actual material, required contour tolerance and production sample.
CCD Vision Workflow Highlights
Recognition quality is validated with the actual print, contrast, distortion, material and required contour tolerance.
Camera Calibration and Registration
The vision system captures the print, locates approved registration marks or outlines and maps camera coordinates to the laser bed. Calibration, lens setup and lighting are checked before production.
Multi-Angle Contour Cutting
The supplied vision workflow can locate compatible graphics at different rotations and generate an offset contour. Maximum rotation, field coverage and acceptable distortion are confirmed with a sample.
Multiple-Design Recognition
Compatible shapes can be detected within one camera view and assigned to approved contours. The acceptance test verifies missed detections, false detections, path order and cycle time.
Qualified Materials
Typical candidates include printed textiles, patches, labels, approved acrylic, wood, plywood, MDF, paper, cardboard, natural leather and documented laser-safe stamp rubber. Detection and processing both require the actual print, SDS, contrast, distortion, extraction and fire-risk test.
Applications and Industries
Common uses include contour-cut patches, printed labels, transfer graphics, textile components, signs, packaging prototypes, wood crafts and display parts. Regulated, load-bearing or safety-critical products require the customer’s own validation.
Honeycomb and Knife-Blade Worktables
Select a honeycomb bed for flexible sheet support or knife blades for reduced back reflection and easier debris clearance.
Vision and Laser Control Workflow
Use the supplied vision software for camera capture, recognition, calibration, offset and contour output. Standard vector or raster jobs use the controller-compatible workflow. File support and operating-system requirements are confirmed for the delivered software versions.
Ruida RD6445-Class Laser Controller
The RD6445-class DSP panel provides local job selection, parameter control, framing and status display. LightBurn Pro may support the delivered Ruida board for standard jobs, but the supplied CCD recognition workflow uses its matched vision software.
Laser Cutting and Engraving Head
The focusing head, mirror path, nozzle and air assist are configured for qualified nonmetal contour cutting and engraving. Keep optics clean and verify focus after material or lens changes.
Sealed-Glass CO2 Laser Tube
Select the tube class from the target material, thickness, detail and production rate. Tube brand, rated output, warranty, chiller and optics are confirmed in the final quotation.
Optional Equipment for the CCD Series
Optional equipment must match the selected model, part height, weight, geometry, camera field and delivered controller. Confirm Z travel, focus range, bed clearance and rotary support before ordering.
- Motorized Z table: Provides clearance for taller workpieces and approved fixtures within the specified focus range.
- Red-light preview and autofocus: Assist positioning and focus setup; always verify the job boundary and focal distance before processing.
- Roller rotary: Supports selected cylindrical parts within confirmed diameter, length, mass, taper and camera-clearance limits.
- Chuck rotary: Holds approved round parts when jaw range, load, balance, tail support and controller-axis compatibility are confirmed.
CCD Camera CO2 Laser Cutter FAQ
What materials can a CO2 laser cutting machine with CCD camera process?
Printed textiles, patches, labels, approved acrylic, wood, paper, natural leather and documented laser-safe stamp rubber are common candidates. Review the SDS and test the exact print, coating, adhesive and backing. Never process PVC, vinyl, PTFE or unidentified materials.
What is the main benefit of the CCD camera system?
The camera reduces manual alignment by detecting approved registration marks or outlines and mapping them to a calibrated cut contour. It does not remove the need to validate lighting, contrast, distortion, offset, detection reliability and final contour error.
Can this CO2 laser machine cut metal?
The standard CCD CO2 series is a nonmetal platform and does not cut bare metal. It may mark certain qualified coatings after testing. Use a fiber or purpose-built hybrid system for metal cutting.
What maintenance does the chiller and water cooling system require?
Use the coolant, replacement interval and ambient range specified for the delivered tube and chiller. Inspect flow, temperature, hoses, reservoir, filters and alarms with power isolated. Keep the camera lens and lighting clean, then verify calibration after service or impact.
What is the difference between CO2 laser and fiber laser machines?
CO2 lasers are commonly selected for textiles, acrylic, wood, paper and other qualified nonmetals. Fiber lasers are usually preferred for bare-metal cutting or 1064 nm metal and engineering-plastic marking. Choose by material absorption, process, thickness and sample result.
What working area sizes are available?
The CCD family includes nominal 900 × 600, 1300 × 900, 1600 × 1000 and 1300 × 2500 mm work areas. Camera field, pass-through, source, motion and utilities are confirmed for the selected model.
