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Part description
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Part description
Part description
JWEI reserves the right of final interpretation of the following parameters, subject to change without prior notice.
| Model | SC1311 Feeding & Cutting & Collecting |
| Multi-functional Tool Head | Easy to change different tool heads. Engraving and router. Oscillating thorough cutting/Kiss cutting/Creasing/Plotting/Laser positioning and precision camera registration. |
| Tools | Various kinds of cutting blades, different size of creasing wheels and plotting pen etc. |
| Safety Device | Infrared sensor,responsive,safe and reliable. |
| Max. Cutting Speed | 1800mm/s * |
| Max. Cutting Thickness | 30mm * |
| Max. Loading Height | 180mm |
| Max. Feeding Thickness | 30mm |
| Repeat Precision | ±0.05mm |
| Cutting Materials | Cardboard, corrugated, greyboard, PVC/PET, EPE/EVA, hollow sheet, honeycomb panel, flexo, etc. |
| Material Fixation Mode | Vacuum absorption |
| Servo Resolution | ±0.01mm |
| Transmission Mode | Ethernet port |
| Drive System | High-end digital servomotor, imported linear guide, synchronous belt, lead screw |
| Rated Power | 9.7kVA |
| Rated Voltage | 380V±10% |
| Machine Weight | 700kG |
| Effective Cutting Size | 1300mm×1100mm |
| Machine Size | 2400mm×3857mm×1345mm |
Note: * will be determined based on the specific materials in the actual application scenario
JWEI SC1625, an advanced automated digital cutting system engineered for high-volume flexible manufacturing. Integrating a heavy-duty $1.6\text{m} \times 2.5\text{m}$ synchronized conveyor belt with automated material loading and unloading modules, this comprehensive production architecture drives a seamless, hands-free manufacturing cycle directly from CAD data. Ideal for automotive interiors, footwear, and technical upholstery, our automated digital cutting system utilizes high-speed mechanical knives and intelligent nesting software to process rolls or large sheets continuously, delivering immaculate, burn-free edge quality while eliminating manual handling bottlenecks.
A: In most traditional cutting rooms processing automotive leather or technical textiles, you need at least three people: one to load rolls, one to operate the static cutter, and another to manually clear and sort the pieces. Our automated digital cutting system turns this into a comfortable one-man job, and in some roll-fed fabric setups, it runs completely unmanned. Because the loading, knife cutting, and conveyor unloading are perfectly synchronized, your operator only needs to sort the finished parts at the collection table. Most factories see a full return on labor investment within less than a year.
A: That is the exact issue that trips up cheap cutting tables, but we solved it with two integrated features. First, our automated digital cutting system uses an intelligent material feeding rack that unrolls the fabric with zero tension, preventing it from pulling before it hits the bed. Second, our multi-zone vacuum suction dynamically locks the material flat onto the conveyor belt the moment it feeds in. The conveyor moves in perfect sync with the CNC cutting head, ensuring that slippery sportswear knits or heavy synthetic leathers remain completely distortion-free from start to finish.
A: While lasers are fast, they present huge bottlenecks when processing synthetic materials like PU leather, PVC, or foam inserts—they melt the edges, create toxic smoke that requires expensive filtration, and leave a burnt yellow odor that premium brands reject. This physical automated digital cutting system uses high-frequency vibrating knife blades. You get a perfectly clean, cold, and smoke-free mechanical cut with absolutely zero thermal damage. Plus, you can switch tool modules in minutes to add creasing wheels or punching tools on the fly, which lasers simply cannot do.