Industry Standard Cloth Cutting Machines | Medium-scale textile production, garment workshops | Semi-automated operation (ISO 9283:2017) Handles up to 20 fabric layers (ASTM D3776) Noise: 50 dBA (office-level noise) | Cost-effective for small-to-medium businesses Low maintenance requirements | Limited precision for complex patterns Slow production speed for large orders |
Our Base Model | Automated mid-volume textile cutting | Fully automated operation (ISO 9283:2017) Handles 30 layers (▲ ASTM D3776) Noise: 45 dBA (▲ quieter than office) CE certified (EN 60204) 1-year warranty (▲ industry standard: 6 months) | Faster production vs manual systems Improved pattern accuracy Affordable automation entry point | Requires skilled operators Higher upfront cost than manual machines |
Our Advanced Model | High-volume precision textile manufacturing | AI-optimized automation (ISO 9283:2017) Handles 50 layers (▲▲ ASTM D3776) Noise: 40 dBA (▲▲ whisper-quiet) EPR Germany/France compliance (EU Regulation 2019/904) 2-year warranty (▲▲) | Industry-leading speed/precision Material waste reduction via AI Full regulatory compliance | Highest initial investment Requires technical support for AI setup |
Plasma Cutting Machines | Heavy industrial metal fabrication | Cuts metals up to 2" thick (AWS C1.1-2016) Requires ventilation (OSHA 1910.252) | Effective for thick materials Versatile for metalwork | High operational costs Safety risks without proper ventilation |
CNC Plasma Cutters | Precision metal manufacturing | Computer-controlled plasma (ISO 9001:2015) Accuracy ±0.1mm (ASTM E2876) | High repeatability Reduces human error | Expensive equipment Complex programming requirements |
Manual Cutting Tables | Small-batch garment production | Manual rotary blades (ASTM F1315) Limited to 5 layers (ASTM D3776) | Low cost Simple for small batches | Labor-intensive Low precision for complex patterns |