CO₂ laser cutting machines follow digital designs with a focused laser beam. Match the material, thickness and required finish to the laser power, working area and processing settings.
Cut compatible materials without a blade touching the surface. Review edge finish and small details using your actual material.
Cutting PerformanceWork from digital designs without a dedicated cutting die. Update shapes for prototypes, custom orders and repeat production.
Flexible WorkflowSet power, speed and focus to suit the material and thickness. Confirm material compatibility before production.
Material AdaptabilityImport digital designs, optimize nesting and shorten the path from design change to production.
Smart Manufacturing534534534534534534534553453453453453453453455345345345345345345345534534534534534534534553453453453453453453455345345345345345345345534534534534534534534553453453453453453453455345345345345345345345534534534534534534534553453453453453453453455345345345345345345345534534534534534534534553453453453453453453455345345345345345345345534534534534534534534553453453453453453453455345345345345345345345534534534534534534534553453453453453453453455345345345345345345345
Explore the core systems behind cutting quality, safety, workflow compatibility and production efficiency. Select a system below to inspect its role and buyer-relevant advantages.
Select a system, swipe the image or use the arrow keys.
235253325235
Review the linked components for your application. Confirm compatibility, specifications and the supplied configuration with your quotation.
Acrylic, wood, paper, textiles and suitable leather are common CO₂ laser applications. Review the composition and required finish for your material.
Composition, thickness, coatings and adhesives affect laser compatibility and edge finish. Confirm the required laser configuration with a sample test.
Do not process PVC or halogen-containing materials. Metal cutting requires equipment specifically designed and rated for the application.
Tell us the material, thickness and production format. This helps identify the laser configuration, working area and handling method for your quotation.
Send your material details or sample. We can review laser power, working area, cooling, extraction and material handling against your cutting requirements.
Send Material Details| Material | Laser Process | Key Cutting Consideration | Typical Machine Type | Fit |
|---|---|---|---|---|
| Acrylic (PMMA) | CO₂ laser cutting | Edge finish, thickness, focus | Flatbed CO₂ Laser | Strong Fit |
| Wood / Plywood | CO₂ laser cutting | Adhesives, charring, extraction | Flatbed CO₂ Laser | Test Recommended |
| Polyester Fabric | CO₂ laser cutting | Fiber blend, edge sealing, feeding | Textile Laser Cutter | Test Recommended |
| Cotton Fabric | CO₂ laser cutting | Edge discoloration, handling | Textile Laser Cutter | Test Recommended |
| Suitable Leather | CO₂ laser cutting | Tanning, finish, fumes, edge quality | Flatbed CO₂ Laser | Test Recommended |
| Paper / Cardstock | CO₂ laser cutting | Small details, air assist, fire control | Flatbed CO₂ Laser | Strong Fit |
| Corrugated Board | CO₂ laser cutting | Edge charring, thickness, extraction | Flatbed CO₂ Laser | Test Recommended |
| Laser-Approved Rubber | CO₂ laser cutting | Composition, fumes, edge quality | Flatbed CO₂ Laser | Test Recommended |
Acrylic and plastics confirmed suitable for CO₂ laser processing. Check the full material composition, including coatings and adhesives.
Suitable fabrics, felt and leather. Review fiber composition, finishes and backing layers before cutting.
Wood, plywood and suitable wood-based sheets. Adhesives, thickness and moisture content affect the finished edge.
Paper, cardstock and cardboard for patterns, displays and packaging components. Check the cut edge and fire-control requirements.
Select a sample to view the full-size image.
Review material-specific cutting solutions, processing requirements and recommended machine configurations.
Submit your material specification and drawing. Request a sample cut, edge photos and the laser configuration used for the test.
.Review the working area, laser power, table, cooling, extraction and positioning options against the written quotation.
.Example: machine assembly, calibration, sample cutting, accessory checklist and packing photos are provided before shipment.
.Example: remote installation guidance, operating training, cutting parameter support and spare-parts communication after delivery.
.Review the purchase stages from material testing and configuration approval to payment, production and delivery. The signed quotation and contract define the agreed scope and terms.
Reduce risk by verifying materials, sample quality and machine configuration first.
Buyer shares material type, thickness, size, production format and target application.
Supplier tests the real material or arranges on-site/remote sample cutting to verify edge quality and laser compatibility.
Working area, laser power, cooling, extraction, feeding method and software options are confirmed based on the sample result.
Buyer receives quotation, proposed specification and discussion points before moving to contract.
Clear payment checkpoints make the project easier to manage and track.
Commercial terms, scope, accessories and delivery terms are finalized and signed by both sides.
Buyer pays the agreed initial payment so the order can be registered and scheduled for production.
Payment milestoneMachine enters manufacturing, assembly and internal test-cutting. Photos, videos or a test report can be shared before shipment.
After buyer confirms the pre-shipment result, the balance payment is arranged to prepare for shipping.
Payment milestoneShipping documents, packing and after-sales preparation are handled in sequence.
Supplier completes export packing, confirms shipment method and prepares the shipment booking.
Commercial invoice, packing list and relevant shipment documents are provided according to the agreed trade terms.
Buyer tracks the shipment, prepares installation conditions and receives the machine at destination.
Remote guidance or service support helps the buyer start operation, laser setup and initial cutting optimization.
It reduces uncertainty before payment by verifying material performance and machine configuration in advance.
Most projects have two key payment points: initial deposit before production and balance payment before shipment.
Pre-shipment photos, sample videos and shipping documents help the buyer confirm readiness before the machine leaves the factory.
DXOVO focuses on solving practical production problems including tooling cost, material damage, production flexibility and cutting consistency.
Traditional die cutting requires additional tooling when product designs change.
Laser settings affect discoloration, kerf width and edge finish.
Manufacturers often process different flexible materials.
Manual cutting depends heavily on operator experience.
Share your material, thickness, size, drawings and production requirements. Our team evaluates the application before confirming the recommended cutting configuration.
The selected configuration moves into production and internal verification. Key machine functions, cutting workflow and sample results are checked before shipment.
After shipment, our team supports machine start-up, operation questions and production optimization so the customer has a clear technical contact throughout the equipment lifecycle.
Designed for precision. Verified through process. Supported after delivery.
For the fastest recommendation, share your material, thickness, maximum sheet/roll size, drawing format and target production volume. Include the material composition, coatings and backing layers so we can review laser compatibility.
Email: service@dxovo.com
Phone / WhatsApp / Wechat: +86 137 2576 6389
Your cookie choices
Optional analytics, ads, YouTube and live chat need your permission. Privacy Policy
Chat with DXOVO
Live chat is provided by tawk.to. Starting chat allows it to use cookies and process your IP address and messages for this service.
Privacy Policy