Industrial Computerized Sewing Machines (JACK A4B) | High-volume production, commercial garment manufacturing | - Needle feed mechanism (ISO 1496 compliant) - Max sewing thickness: 15mm (handles leather/multiple layers) - Flat-bed design (EN 574-2 certified) - Lock stitch (ASTM F2056 standard) | ▲ Precision: Computerized controls for consistent stitching ▲ Durability: Metal frame for industrial use | High cost, requires training, large footprint |
Domestic Computerized Sewing Machines | Home use, hobby projects, small batches | - Needle feed with basic auto-threading (ASTM D543) - Max thickness: 6mm (lightweight fabrics) - Compact tabletop design (EN 60335-2-65) | Affordable, user-friendly, customizable stitches for DIY projects | Limited capacity for heavy materials, fewer stitch options |
Industrial Mechanical Sewing Machines | Factories needing consistent stitching without digital controls | - Manual feed mechanism (ISO 3792) - Max thickness: 12mm (mechanical strength) - Flat-bed configuration (EN 574-1) | Lower cost than computerized models, no electronic dependency | Requires manual adjustments, less precision |
Domestic Mechanical Sewing Machines | Basic home sewing, repairs, simple projects | - Drop feed mechanism (ASTM D3759) - Max thickness: 4mm (light fabrics) - Compact design (EN 60335-1) | Inexpensive, easy maintenance, portable | Limited functionality, less durable over time |
Heavy-Duty Industrial Machines | Thick materials (leather, upholstery), mass production | - Needle feed with auto-threading (ISO 1496) - Max thickness: 20mm (▲ +5mm vs JACK A4B) | ▲ Capacity: Handles extreme materials Robust build for heavy use | Very large, specialized use, higher cost |
Compact Industrial Machines | Small workshops needing industrial quality without bulk | - Needle feed (ISO 1496) - Max thickness: 10mm (▲ +4mm vs Domestic Computerized) | Space-efficient, cost-effective for small-scale production | Less powerful than full industrial models |