Flatbed Knife Cutting Machines with CAD CAM | Precision cutting for signage, packaging, graphic design | 1600mm working width (Industry: 1200mm) ▲▲▲, ±0.1mm accuracy (ISO 230-2), CAD/CAM integration (supports DXF files) | High precision (4x better than industry standard), versatile materials (paper, vinyl, fabric), automation reduces errors | Higher cost (▲▲ industry), requires software training, slower for bulk cutting (10 sheets/min vs industry 15) |
Rotary Guillotine Cutters | High-volume paper cutting, office use | 1500mm working width (Industry: 1200mm) ▲▲, 20 sheets/min (Industry: 15 sheets/min) ▲▲, manual/digital controls | Fast bulk cutting (▲▲ industry), low maintenance cost | Limited to paper/cardboard, precision: ±0.5mm (3x worse than flatbed), no automation |
Laser Cutting Machines | Complex designs on thin materials (vinyl, fabric) | 1000mm×600mm bed (Industry: 800×500mm) ▲▲, 100W laser (Industry: 75W) ▲▲, non-contact cutting | Precision on delicate materials (▲▲ industry), no tool wear | High cost (▲▲ industry), limited to <5mm materials, requires ventilation system |
Manual Knife Cutters | Small-scale, manual precision tasks (crafts, prototyping) | Adjustable blade depth (ISO 2975), portable (2kg), 0.5mm thickness capacity | Low cost (▲▲ industry), no power required | Labor-intensive (▲▲ industry), precision: ±1mm (10x worse than flatbed) |
Digital Plotter Cutters | Vinyl/fabric cutting for signage, textiles | 1800mm width (Industry: 1500mm) ▲▲, 300mm/sec speed (Industry: 250mm/sec) ▲, heated blade option | Fast for flexible materials (▲ industry), easy setup via USB | Limited to <3mm materials, less robust for industrial use |
Hydraulic Guillotine Cutters | Heavy-duty industrial cutting (metal, wood) | 2000mm working width (Industry: 1600mm) ▲▲▲, cuts up to 20mm steel (Industry: 10mm) ▲▲▲, 5-ton pressure | Handles thick materials (▲▲▲ industry), high capacity (▲▲ industry) | High cost (▲▲▲ industry), requires safety training, noisy operation (43 dBA ▲ industry) |