Manual Scissors | Precision cutting in sewing, crafting, light industrial tasks | Blade Material: Industry: Stainless Steel, 52 HRC (standard durability) ▲ Base: Stainless Steel + Titanium Coating, 54 HRC (▲12% sharper) ▲ Advanced: Carbon-Titanium Alloy, 56 HRC (▲7% stronger than base) | High precision, cost-effective. | Requires manual effort, may fatigue over time. |
Electric Scissors | Heavy-duty cutting of fabric rolls, upholstery, bulk materials | Motor Power: Industry: 12V, 5W (basic speed) ▲ Base: 18V, 7W (▲40% faster) ▲ Advanced: 24V, 10W (▲67% more power) | Faster cuts, reduces manual labor. | Requires power source, higher maintenance. |
Industrial Cutters | Large-scale textile manufacturing, commercial garment production | Blade Thickness: Industry: 2mm (standard durability) ▲ Base: 2.5mm (▲25% thicker) ▲ Advanced: 3mm (▲50% thicker blade) | High volume cutting, durable. | Bulky, less precise for delicate materials. |
Ergonomic Scissors | Prolonged use in crafting, sewing for arthritis-friendly tasks | Handle Angle: Industry: 30° (basic grip) ▲ Base: 45° (▲33% less strain) ▲ Advanced: 50° (ISO 9241 compliant, ▲67% less strain) | Reduces hand fatigue. | Higher cost, less robust for heavy tasks. |
Safety Scissors | Schools, medical facilities, childcare environments | Safety Lock: Industry: None (no safety standard) ▲ Base: Basic Lock (meets ASTM F2857) ▲ Advanced: Integrated Lock (▲2x safer) | Prevents accidental cuts. | Less sharp for tough materials. |
Heavy-Duty Scissors | Cutting thick materials like leather, cardboard, reinforced fabrics | Blade Strength: Industry: 200 kg/cm² (standard load) ▲ Base: 250 kg/cm² (▲25% stronger) ▲ Advanced: 300 kg/cm² (▲20% stronger than base) | Cuts through thick materials effortlessly. | Heavier, less maneuverable. |