How does CCD recognition align cutting with printed artwork?

CCD recognition aligns the cutting path with compatible printed outlines or registration marks. For patches, labels and other printed parts, send us production samples and your required border. Check recognition and contour position across a representative batch before approving the camera and vision setup.

Can CCD recognition handle rotated prints or stretched fabric?

Rotation and distortion handling depend on your prints and the selected vision setup. Send us representative samples showing the shifts or stretch you expect in production. Check print contrast, cut borders and rejected recognitions, then agree acceptable results before using the setup for routine batches.

How is camera coverage matched to the CCD working area?

We select the camera, lens and lighting around your working area and printed-part layout. Bed size alone does not determine recognition coverage. Send us the locations your parts will occupy, then check recognition and cutting at those positions before approving the vision configuration.

Does CCD recognition also provide automatic focus?

CCD recognition aligns the cutting path with printed features; automatic focus is a separate function. We confirm any autofocus requirement in your quotation. For fabric or patches, check both print alignment and the agreed focus-setting procedure using your material before approving the complete setup.

What software do I need for CCD contour cutting?

CCD contour cutting uses a matched vision workflow alongside Ruida laser control. Standard vector cutting is a separate function. We confirm the supplied vision software with your configuration; use your production file to check artwork import, recognition and calibrated contour offset before adopting the workflow.

Can I use this CCD cutter for fabric supplied on rolls?

Roll processing needs an agreed feeding arrangement as well as camera recognition. Send us your roll width, feeding method and recognition requirements so we can compare a fabric cutter configured for that workflow. Conveyor feeding should be specified separately when selecting a camera-equipped bed.

CCD Camera CO2 Laser Cutter for Printed Contours

CO2 Laser Cutting & Engraving Machines

Align the cut with printed outlines or registration marks using the CCD camera CO2 platform. It is intended for compatible patches, labels, printed textiles, paper, acrylic and wood parts where manual edge alignment is insufficient.

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Application and model selection

Choose the working area and camera coverage together. The vision software must recognize your print contrast, rotations and distortion, then apply a calibrated contour offset. Standard vector cutting and camera recognition are separate workflows. The CCD family includes multiple bed sizes; this is not automatically a conveyor-fed fabric machine.

Configuration and specifications

Parameter	Product configuration
Model / format	9060CCD / 1390CCD / 1490CCD / 1610CCD / 1325CCD
Nominal working area	900 × 600 / 1300 × 900 / 1400 × 900 / 1600 × 1000 / 1300 × 2500 mm
Laser power options	80 / 100 / 130 / 150 W
Laser source	Water-cooled sealed CO2 glass tube
Nominal wavelength	10.6 µm
Vision system	Matched camera, lens, lighting and recognition software
Controller / software	Ruida laser control plus supplied vision software
Worktable	Knife-blade or honeycomb options
Cooling	Industrial water chiller matched to source power

The values below identify this product and its listed options. The selected source, optics, controller, accessories and site utilities must be named in the quotation. Motion speed and positioning figures do not establish finished-part tolerance or production throughput.

Materials and process limits

Acrylic, wood, plywood, MDF, paper and cardboard are common cutting and engraving candidates. Approved textiles, natural leather and laser-grade rubber require composition and sample checks. Glass, ceramic, stone and coated metal are surface-marking applications; this standard CO2 platform does not cut bare metal.

Identify the exact material, coating and adhesive before testing. Do not laser-process PVC, vinyl, PTFE, other halogen-containing materials or unidentified composites. Use material-specific extraction and continuous supervision during cutting.

Production workflow

Prepare the artwork in the supplied control software, check scale and processing order, then set focus and test the material. Ruida DSP configurations commonly use RDWorks; LightBurn compatibility requires the exact supported controller, firmware and license. Camera recognition, where fitted, uses its matched vision workflow. Keep the original machine settings and lens data backed up.

Options to specify

Choose honeycomb support for thin flexible material or knife blades for rigid sheets. A motorized Z table and rotary fixture must provide enough clearance for the actual part. Tube power, focal length, cooling, air assist and extraction should be selected together. Current LightBurn releases support Windows and macOS; Linux requires an older supported release.

Plan suitable guarding, interlocks, emergency stops, extraction and operator training for the supplied laser system. The finished machine classification must be verified; an enclosure alone is not proof of Class 1 compliance. Follow the supplied operating and maintenance instructions.

Sample test and acceptance

Approve a representative sample and the written configuration before ordering. Record the material, source, settings, lens or nozzle, fixture, appearance, dimensions and complete cycle time. Keep those results as the production acceptance reference.

Cutting thickness and speed

Use your actual material and drawing to agree the thickness, edge finish, kerf and cycle time. Tube rating alone is insufficient: density, resin, moisture, focus, air assist and acceptable charring all affect the result. A maximum separation cut is different from repeatable production cutting.

Installation, service and documentation

Ask Vank Laser to include the machine layout, electrical requirements, supplied software, operating instructions, maintenance schedule and recommended spare parts in the technical proposal. Agree commissioning, operator training, support language, warranty coverage and service responsibilities before shipment. Request conformity documents for the actual machine and destination.

Request a sample test and quotation

Provide material composition, sheet size, thickness range, artwork, required edge or engraving finish and parts per shift.

Send the destination country, installation voltage and required delivery scope with your inquiry. Ask for sample photos or video, measured results and a configuration-specific quotation.

Request a sample test and configuration quote