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| Your Needs | JWEI Solutions |
| Custom suit manufacturing requires integration with the MES system for fast turnaround time management. | JWEI software supports integration with mainstream MES systems, facilitating rapid transfer of cutting files and generation of cutting reports. |
| Some high-demand customizations require secondary precision cutting of the cut pieces; for example, the front piece also needs secondary precision cutting after the chest lining is applied. Manual operation is inefficient and lacks cutting accuracy. | JWEI software combined with high-definition projectors and various types of cutting tools easily handles secondary precision cutting and fine adjustments for suits. |
| Custom suits and shirts often require precise alignment of stripes and checks. Manual cutting is inefficient, results in high material waste, heavily depends on skilled craftsmen, and leads to high management costs. |
Solution 1: JWEI’s projection-based stripe and check alignment system easily handles cutting for suits with aligned patterns, achieving an average production efficiency of 12 minutes per set. Solution 2: JWEI’s vision-based stripe and check alignment system easily handles cutting for shirts with aligned patterns, achieving an average production efficiency of 4 minutes per set. |
| Custom orders have tight delivery deadlines, with limited time for each process step. Cutting especially requires quick response, thus imposing higher demands on cutting speed for the equipment. | The contour cutting tool has a maximum cutting speed of 1500 mm/s, and the notch cutting tool operates at a maximum frequency of 2 times per second. Folding and cutting a full XL-sized suit set takes only 3 minutes. |
The Seamless 3-Stage Automation Workflow
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Stage 01: Tension-Free Fabric Feeding & Alignment The workflow initiates with a specialized material handling sequence engineered for sensitive luxury textiles and technical fabrics. The system utilizes a synchronized, tension-controlled roll-feeding device paired with an automated conveyor matrix to advance the apparel media smoothly onto the bed. This configuration completely eliminates fabric stretching, wrinkling, or skewing during entry, preserving the natural grain and structural weave of the textiles before any processing begins.
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Stage 02: High-Speed Digital Processing The core of the customization line relies on our heavy-duty digital apparel customization & precision cutting solution architecture, built on an ultra-stable automatic flat bed die cutting machine framework. Driven directly by digital MTM (Made-to-Measure) CAD pattern vectors, it entirely bypasses the need for physical paper patterns and traditional manual cutting boards. For high-end custom suits and patterned apparel featuring complex checks, stripes, or printed motifs, an integrated high-precision CCD vision system and overhead camera array automatically capture fabric grain lines and visual textures, executing real-time automatic matching and micro-level contour cutting accuracy.
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Stage 03: Synchronized Part Sorting & Extraction Upon completion of the precise digital tool path, the synchronized conveyor bed moves the nested, die-cut fabric pieces immediately into the downstream extraction zone. An integrated projection system or software grid automatically highlights the cut pieces by order bundle or garment size, allowing operators to sort and pick up parts efficiently without confusion. Simultaneously, the fabric scrap matrix is guided away, minimizing material waste, protecting delicate fabric edges from fraying, and delivering a lean manufacturing pipeline ready for immediate sewing.
Technical Matrix: Modular Tooling & Integration
1. Modular Tooling & Substrate Compatibility
| Tool Module | Cutting Technology | Target Materials & Substrates |
| Driven Rotary Knife Tool | High-speed motorized decagonal rotary blade for clean fabric shearing. | Custom suit fabrics (wool, cashmere), silk materials, blended textiles, and woven apparel linings. |
| High-Frequency Oscillating Tool | Rapid vertical blade oscillation for thick and dense textile structural layers. | Heavy coat fabrics, denims, multi-layered canvas, industrial canvas, and synthetic leathers. |
| Pneumatic Punching & Marking Modules | High-speed mechanical punching and vector drawing ink systems. | Automatic marking of sewing lines, darts, pleats, pockets, and alignment notches directly onto the fabric parts. |
2. Digital Pre-Press & Integration Architecture
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