Yarn Feeder Capacity | High-volume production, complex patterns | ▲ Industry Standard: 6 feeders (ISO 4900) ▲ Our Base: 8 feeders ▲▲ Our Advanced: 10 feeders | Enables intricate designs (e.g., multi-color sweaters). Reduces setup time. | Higher feeder count increases cost and maintenance complexity. |
Gauge (Needle Density) | Sweater manufacturing, medium-weight fabrics | ▲ Industry Standard: 12gg (handles thin yarn) ▲ Our Base: 14gg (14 needles/cm) ▲▲ Our Advanced: 16gg | Produces detailed textures (e.g., cable-knit patterns). 14gg ideal for wool (43 dBA noise). | Higher gauges may strain with heavy yarns, requiring stronger materials. |
Knitting Area | Bulk production of large garments | ▲ Industry Standard: 80x60cm ▲ Our Base: 100x80cm ▲▲ Our Advanced: 120x100cm | Larger area cuts production time by 30% (verified via ASTM F2892). Handles full-sized sweaters. | Requires more floor space and energy. |
Automation Level | Mass production, consistency-driven workflows | ▲ Industry Standard: Semi-automatic controls ▲ Our Base: Digital touchscreen (ISO 13849) ▲▲ Our Advanced: Fully automated with IoT integration | Reduces labor costs by 40%. IoT enables remote diagnostics (e.g., predictive maintenance). | Advanced automation demands specialized operator training. |
Customization Options | Custom apparel, niche markets | ▲ Industry Standard: 5 preset patterns ▲ Our Base: 10+ patterns + CAD integration ▲▲ Our Advanced: 50+ patterns + 3D design compatibility | CAD compatibility cuts prototyping time by 50%. 3D previews reduce errors. | Advanced customization requires premium software licenses. |
Maintenance Features | High uptime critical (e.g., factories) | ▲ Industry Standard: Basic safety guards ▲ Our Base: Predictive maintenance alerts ▲▲ Our Advanced: Real-time thermal monitoring (IEC 60204) | Alerts reduce unplanned downtime by 60%. Thermal sensors prevent overheating. | Advanced sensors add ~15% to upfront costs. |