3D Large Working Area 100W 3D CO2 Laser Marking Engraving Machine for Paper Leather Wood

Product Description

In real production, the biggest problem is rarely “can it mark.” The problem is whether every piece looks consistent when the order is urgent, the material is slightly different from the last batch, and a new operator is running the shift. Paperboard can warp just enough to change the edge quality. Leather panels vary in thickness and finish. Wide graphics may look sharp in the center but soften near the corners when focus and energy distribution are not stable.

This 100W 3D CO2 laser system is designed to make your process calmer and more predictable. When the scanner begins, the motion is smooth and steady, and the result feels controlled: paper cuts can look crisp and clean rather than fuzzy; leather engraving can produce a warm, tactile texture that looks premium in the hand; wood marks can show deliberate depth that customers notice immediately. The 3D dynamic focusing approach helps keep the working focus consistent across large layouts and supports depth effects, reducing the time you spend compensating with manual alignment, trial passes, and rework. For B2B users, the value is simple: fewer rejects, faster changeovers, and quality you can standardize across batches.

Product Features and Highlights

• Predictable quality on demanding jobs

• Improve consistency across wide patterns and large layouts

• Reduce “edge softness” and uneven tone that can trigger customer complaints

• Depth and texture that add perceived value

• Support controlled engraving depth for relief-like effects

• Create tactile finishes that feel intentional, not accidental

• Faster throughput through fewer handling steps

• Process larger panels or multiple parts per cycle

• Reduce repositioning, which lowers alignment errors and operator workload

• Workflow-ready file support

• Accept common vector and raster formats to reduce file conversion bottlenecks

• Make it easier for sales, design, and production teams to collaborate

• Cleaner economics compared with mechanical tooling

• No stamping dies or consumable blades to replace for many applications

• Better fit for high-mix customization and short-run production

Materials and Industry Fit

This machine is built for non-metal material workflows where clean visuals, repeatability, and throughput matter. Many B2B buyers choose it not because they want “a laser,” but because they want to reduce manual steps and stabilize quality when the product mix changes every week.

Typical materials and results

• Paper and cardboard

• Packaging patterns, decorative inserts, paper cutting layouts, serial marks

• Clean geometry can reduce hand-finishing time and improve presentation

• Leather

• Logos, patterns, traceability codes, decorative textures

• Tunable contrast and depth can match premium brand positioning

• Wood and bamboo

• Branding, signage, craft engraving, product labeling

• Good for bold marks and fine line work depending on settings

• Cloth and textile products

• Label marking, IDs, pattern guidance, batch coding

• Useful in workflows where visible but controlled marking is required

• Acrylic and other non-metals

• Branding, panel marking, small-batch customization and personalization

Industry scenarios where it fits well

• Packaging and printing suppliers needing fast layout switching

• Leather goods factories balancing customization with repeat production

• Craft, signage, and promotional product manufacturers handling multi-SKU orders

• Non-metal labeling applications where contact-free processing reduces damage risk

3D Dynamic Focusing Technology

Flat-field marking can perform well on perfectly flat stock, but B2B production materials are rarely perfect. Paper bows. Leather has thickness tolerance. Wood has grain height variation. When the focal point is not managed across the field, you see it as uneven depth, soft edges, or inconsistent shading that makes products look less premium.

3D dynamic focusing helps by adjusting the focal point and supporting processing behaviors like deep engraving, relief engraving, curved surface engraving, and cutting behavior on suitable materials. The practical advantage is better energy consistency across large layouts, which improves the stability of your process recipe. That means fewer trial runs and less operator “feel-based” correction. It also supports scaling: once you validate a recipe for a specific paperboard, leather finish, or wood type, you can replicate results with less dependence on the individual operator. For B2B buyers, this is a quality-control tool as much as it is a manufacturing tool.

Large Working Area and Throughput Efficiency

A maximum 600*600mm marking area changes how you run daily jobs. It is not just about fitting a bigger product; it is about reducing the number of times your team touches the workpiece. Every repositioning step adds risk: skewed alignment, inconsistent placement, and wasted minutes that don’t show up on a spec sheet but do show up in delivery delays.

With a larger field, you can nest multiple parts, run full-panel layouts, or complete large designs in fewer cycles. This supports more reliable quoting because your throughput becomes more predictable. It also supports training and standardization: large, stable layouts are easier to convert into SOPs, fixtures, and repeatable job templates. In production terms, the machine helps you win by removing steps, not by adding complexity.

Software File Formats and Process Control

In B2B environments, your workflow begins with customer files and ends with repeatable output. If your team spends hours converting formats, fixing broken vectors, or rebuilding layouts, the laser becomes the least expensive part of the process and the bottleneck becomes pre-production.

This system supports a broad set of graphic formats, including AI/PLT/DXF for vector workflows and BMP/JPG/PNG for raster images, plus Dst/Dwg/LAS/DXP. That flexibility reduces friction between design, sales, and production. It also helps you accept customer files with fewer delays, improving response time on RFQs and sample requests.

Process control is where profits are protected. With a computer controller and marking software, you can build standardized job libraries, material presets, and parameter recipes. This reduces operator mistakes and keeps output consistent across shifts. When customers ask, “Can you match the last batch exactly,” your ability to run a controlled, repeatable workflow becomes your competitive advantage.