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| Your Needs | JWEI Solutions |
| The number of small-batch personalized orders is increasing, creating a gap in cutting efficiency. | Ideal for “light production” fully automated assembly line operations. |
| Enables unattended operation with fully automated loading and unloading. | Automatic feeding and collecting system; rapid loading with material shortage detection. |
| Front-side QR code scanning is ineffective, and automatic flipping is not possible. | With the back-scanning function enabled, issues such as slotting, overcutting, and creasing are effectively resolved. |
| Multiple processes need to be executed simultaneously, but tool changes are time-consuming and labor-intensive. | The automatic tool-changing function completely eliminates the time wasted on manual bit replacement. |
| Batch loading and unloading is cumbersome; it's essential to minimize handling steps as much as possible. | Forklift pallet loading and unloading ensures fast material flow before and after cutting. |
| Stable and reliable cutting equipment eliminates losses caused by equipment-related issues. | Provides 30 years of trusted reputation, with self-developed control systems ensuring safety and stability, and full lifecycle service. |
The Seamless 3-Stage Automation Workflow
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Stage 01: Precision Automated Loading The workflow initiates with an intelligent sheet-feeding matrix designed for heavy-duty industrial environments. Utilizing high-volume pneumatic suction cups paired with an automated air-blowing separation device, the system reliably lifts and separates individual rigid boards or folding cartons. This configuration effectively breaks the static vacuum layer between media sheets, ensuring continuous, single-sheet feeding into the processing zone without double-feeding risks.
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Stage 02: High-Speed Digital Processing The heart of the system relies on our heavy-duty sheets auto-loading unloading cutting solution architecture. Driven directly by digital CAD structural design files, it completely eliminates the need for expensive physical tooling and lengthy setup times. During execution, an integrated high-precision CCD vision registration system automatically scans printed marks, instantly compensating for any media stretch or printing distortion to deliver flawless contour cutting accuracy.
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Stage 03: Synchronized Unloading & Stacking Upon completion of the precise digital tool path, the synchronized heavy-duty conveyor bed advances the processed layout forward to the extraction zone. An automated collection gantry systematically picks up the finished die-cut pieces and neatly stacks them onto the unloading pallet. Concurrently, the scrap waste matrix is managed and guided away efficiently, minimizing manual post-press sorting and creating a lean manufacturing pipeline.
Technical Matrix: Modular Tooling & Integration
1. Modular Tooling & Substrate Compatibility
| Tool Module | Cutting Technology | Target Materials & Substrates |
| High-Frequency Oscillating Tool | Rapid vertical blade oscillation for porous and dense media. | Thick corrugated cardboard, honeycomb boards, greyboards, and industrial foam layers. |
| Heavy-Duty Routing Spindle | High-speed rotary spindle milling for rigid industrial plates. | Rigid acrylic sheets, PVC foam panels, aluminum composite panels (ACP), and dense plastics. |
| Creasing & Drag Knife Modules | Specialized creasing wheels and high-speed linear tracking. | Custom folding cartons, cosmetics/electronics packaging blanks, and thin structural plastics. |
2. Digital Pre-Press & Integration Architecture
| Integration Layer | Supported Protocol / Workflow | Operational Benefit |
| Seamless CAD Link | Direct vector rendering for .DXF, .PDF, .AI, .CF2 formats. | Bypasses file conversion overhead; accepts structural pre-press files directly from standard design suites. |
| Barcode Automation | Real-time optical scanning at the material loading edge. | Automatically retrieves cut profiles and nesting configurations from servers with zero manual intervention. |