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| Our Needs | JWEI Solutions |
| For flexible short-run sticker production, you need efficient digital die cutting for small batches, personalized, on-demand labels with short lead times and zero waiting to boost production efficiency; | Our JWEI laser digital label cutting machine delivers 80m/min high-speed digital die cutting, perfectly matching small-batch, personalized, on-demand label orders with ultra-short lead times; |
| After printing, die-cutting can be done immediately without waiting for the installation of a new knife plate or saving tools; | There is no need to make a knife plate. Just design the sample drawing of the label and it can quickly enter die-cutting to complete various label orders rapidly; |
| The A-corner of the special-shaped label cutting should reach 99% to meet the processing requirements of various label techniques | Equipped with professional digital die cutting machines, the digital knife cutting machine achieves 99% acute-angle accuracy for complex label contours. |

Stage 01: High-Velocity Synchronized Roll Feeding The workflow initiates with a heavy-duty, tension-controlled material handling sequence engineered for continuous web production. Equipped with dual-shaft magnetic powder brake tension sensors and an automated edge-guiding tracking module, the system advances printed label rolls smoothly onto the high-speed conveyor bed. This setup entirely eliminates web weaving, material stretching, or substrate wrinkling, ensuring that thin PP, PET, vinyl, or laminated paper stocks maintain absolute linear alignment during entry.
Stage 02: High-Speed Multi-Head Precision Processing The core of the industrial production line relies on our advanced high-speed automated label die-less cutting system architecture, built on a robust automatic flat bed die cutting machine framework. Driven directly by pre-press digital vector vectors, it entirely bypasses the high costs and multi-day lead times of physical rotary magnetic cylinders. During high-velocity execution, an integrated ultra-fast CCD vision registration camera automatically scans printed registration marks on the fly, instantly compensating for any web skew or print distortion to execute micro-depth kiss-cutting and full through-cutting with micro-level accuracy.
Stage 03: Automated Waste Stripping & In-line Slitting Upon completion of the high-speed digital tool path, the continuous conveyor bed moves the die-cut label web immediately into the downstream converting zone. An automated waste matrix stripping framework systematically lifts and rewinds the matrix scrap away from the carrier liner, leaving clean finished labels on the web. The system then routes the roll through high-precision in-line slitting knives to divide multi-up layouts, rewinding the final product onto individual finished cores in a single, delivery-ready manufacturing pipeline.
| Tool Module | Cutting Technology | Target Materials & Substrates |
| High-Speed Kiss-Cut Tool | Dual-pressure electronic blade module with dynamic micro-depth control. | Self-adhesive vinyl labels, polypropylene (PP) films, clear polyethylene (PE) stickers, and pharmaceutical paper stocks. |
| Heavy-Duty Through-Cut Tool | High-frequency vertical blade tracking for full structural perforation. | Heavy cardboard hangtags, magnetic sheets, industrial warning labels, and thick polycarbonate (PC) overlays. |
| Rotary Slitting System | Multiple adjustable circular slitting blades for continuous longitudinal division. | In-line web slitting, edge trimming, and multi-row roll separation during final product rewinding. |
| Integration Layer | Supported Protocol / Workflow | Operational Benefit |
| Seamless RIP & Label CAD Link | Direct vector rendering for .PDF, .AI, .DXF, .PLT formats. | Bypasses file conversion overhead; accepts structural layout vectors directly from digital label front-ends and industrial RIP software. |
| Barcode / QR Code Job Switching | Real-time optical barcode scanning at the web entry point. | Automatically reads incoming codes, instantly loading the corresponding cut profiles, slitting dimensions, and nesting configurations from servers with zero manual intervention. |