Manual Winding Machines | Small-scale production, prototyping | Manual operation (ISO 13849-1), handles ≤300 denier (ASTM D1909), 50m/min (ISO 9283) | Low cost, minimal maintenance, no electricity required | Labor-intensive, slow (▲▲ slower than semi-automatic), limited capacity (▲▲ less than industrial models) |
Semi-Automatic (Our Base) | Medium-volume textile workshops | Semi-automatic setup (ISO 13849-1), 500 denier (ASTM D1909), 150m/min (ISO 9283), 1-year warranty (ASME B11.19) | Moderate cost, manageable automation, 1-year warranty | Requires manual intervention (▲ less automation than fully automatic), moderate speed (▲ slower than advanced) |
Fully Automatic (Our Advanced) | High-volume industrial production | Fully programmable (ISO 10218-1), 800 denier (ASTM D1909), 300m/min (ISO 9283), 2-year warranty (ASME B11.19) | High throughput (▲▲ fastest in table), minimal labor, extended warranty | High upfront cost, complex setup (▲ requires more training), bulkier design (▲ less compact than semi-automatic) |
High-Speed Competitor Models | Ultra-high-volume manufacturing | 400m/min (ISO 9283), but limited to 600 denier (ASTM D1909) | Extremely fast (▲▲▲ faster than semi-automatic), ideal for mass production | Fragile components (▲ less durable), higher maintenance costs, incompatible with heavy-duty materials |
Compact Winding Machines | Space-constrained SMEs | Small footprint (ISO 2234), 100m/min (ISO 9283), lightweight aluminum frame | Space-efficient (▲ most compact), easy to relocate | Low capacity (▲▲ less than industrial models), slower (▲ slower than semi-automatic) |
Heavy-Duty Industrial Models | Heavy material handling (e.g., cables) | Handles 1000 denier (ASTM D1909), stainless steel frame (ISO 3506), 200m/min | Robust construction (▲ most durable), handles thick materials | Bulky design (▲ less portable), high energy consumption, costly to maintain |