Hydraulic System Capacity | Heavy-duty material cutting (e.g., thick metal/plastic) | Industry Standard: 30-ton capacity (ISO 3744) Our Base: 50-ton capacity (ISO 3744) ▲ Our Advanced: 70-ton capacity (ISO 3744) ▲▲ | Handles thicker materials; Base model outperforms industry norms; Advanced model ideal for industrial-scale production | Higher capacity increases weight and cost (Advanced: +20% price vs Base) |
Material Durability | High-volume production environments | Industry Standard: Steel frame, 3mm thickness (EN 10025) Our Base: Steel frame, 5mm thickness (EN 10025) ▲ Our Advanced: Reinforced steel, 7mm (EN 10025) ▲▲ | Enhanced longevity; Base model reduces wear by 40%; Advanced model withstands extreme loads | Bulky design; Advanced version requires specialized storage |
Control Type | Precision cutting in workshops | Industry Standard: Manual lever control Our Base: Hydraulic handle (ISO 3744) ▲ Our Advanced: Semi-automatic programmable control (IEC 60204) ▲▲ | Advanced models ensure consistent cuts; Base model offers tactile feedback | Manual operation requires skill; Advanced needs training for programming |
Safety Features | Industrial settings with multiple users | Industry Standard: Basic warning labels Our Base: Safety interlock (ISO 13849-1) ▲ Our Advanced: Emergency stop + sensors (ISO 13849-1) ▲▲ | Advanced models reduce accident risk by 60%; Base meets OSHA standards | Added safety features increase upfront costs (Advanced: +15% cost) |
Versatility | Custom orders & varied material types | Industry Standard: Single die attachment Our Base: Adjustable die holder (ISO 230-2) ▲ Our Advanced: Multi-die quick-change system (ISO 230-2) ▲▲ | Advanced cuts setup time by 50%; Base accommodates 3+ die types | Complex systems may require downtime for maintenance |
Noise Level | Noise-sensitive environments | Industry Standard: 80 dB (OSHA compliant) Our Base: 75 dB (ISO 3744) ▲ Our Advanced: 70 dB (ISO 3744) ▲▲ | Base model quieter than a vacuum cleaner (▲); Advanced matches office noise levels (▲▲) | Quieter models may sacrifice pressure efficiency (Base: -10% max force vs Standard) |