Industrial Overlock Machines | High-volume garment production | Max. Thickness: 5.5mm (Industry: 5.0mm) ▲ 5.5mm (Base) ▲ 6.0mm (Advanced) Iron frame (ASTM A36) Flat-bed (ISO 9001) | Handles thick materials ▲ Stable for heavy-duty use ▲ High durability | Large footprint Requires skilled operators |
Domestic Overlock Machines | Home sewing, hobby projects | Max. Thickness: 3mm (ASTM D6414) Lightweight aluminum frame Auto feed (ISO 3801) | Compact design User-friendly interface Cost-effective | Limited capacity ▲ Not built for heavy use |
Professional Overlock Machines | Small businesses, tailoring shops | Max. Thickness: 4.5mm (Industry: 4.0mm) ▲ 4.5mm (Base) ▲ 5.0mm (Advanced) Hybrid feed (manual/auto) | Moderate cost ▲ Versatile stitching options ▲ Mid-tier durability | Less robust than industrial models Slower output compared to heavy-duty |
Heavy-Duty Industrial Machines | Large-scale manufacturing, heavy fabrics | Max. Thickness: 7mm (Industry: 6.5mm) ▲ 7mm (Advanced) Titanium alloy components (ASTM F1198) Full automation | Extreme durability ▲ High-speed output ▲ Handles industrial loads | High cost ▲ Complex installation and maintenance |
Flat-Bed Industrial Machines | Stretch fabrics, upholstery, leather | Flat-bed design (ISO 9001) Max. Thickness: 6mm (Industry: 5.5mm) ▲ 6mm (Advanced) Iron frame | Even feeding for bulky materials ▲ Stable stitching on uneven surfaces | Less space for very thick materials Noisier operation ▲ (70 dBA vs 65 dBA) |
Manual Feed Sewing Machines | Precision stitching, detailed work | Manual feed control (ISO 3801) Max. Thickness: 4mm (Industry: 3.5mm) ▲ 4mm (Base) ▲ 4.5mm (Advanced) Steel construction | Full stitch control ▲ Lower cost ▲ Quiet operation (50 dBA) | Slower production ▲ Risk of uneven stitching without skill |