Force Capacity | Heavy industrial forging, automotive parts | Industry Standard: 100 tons (baseline for forging presses) Our Base: 150 tons (▲) (▲ = 50% increase) Our Advanced: 200 tons (▲▲) (▲▲ = 100% increase) | Handles large-scale production; accommodates thicker materials | Higher cost, requires more space for installation |
Material Construction | High-stress environments | Industry Standard: Standard steel frame (ASTM A36) Our Base: High-grade steel (ASTM A533) (▲) Our Advanced: Corrosion-resistant alloy (ASTM A240) (▲▲) | Enhanced durability; withstands extreme forces | Increased weight; higher material costs |
Safety Features | Workshop with multiple operators | Industry Standard: Basic warning labels Our Base: Emergency stop + guards (▲) Our Advanced: Motion sensors + automatic shut-off (▲▲) | Reduces accident risk; complies with OSHA standards | Requires additional training; adds complexity to operation |
Customization | Diverse forging needs (e.g., aerospace) | Industry Standard: Limited die options Our Base: Modular components (▲) Our Advanced: Full die customization (▲▲) | Adapts to specialized tasks; reduces downtime for retooling | Higher initial setup time; requires skilled technicians |
Noise Level | Urban workshops or shared facilities | Industry Standard: 85 dB (equivalent to lawnmower) Our Base: 80 dB (▲) (▲ = 6% quieter) Our Advanced: 75 dB (▲▲) (▲▲ = 12% quieter) | Minimizes noise pollution; improves workplace comfort | Potential trade-off in force output for noise reduction |
Maintenance Requirements | High-throughput production lines | Industry Standard: Monthly manual checks Our Base: Quick-access panels (▲) Our Advanced: Predictive maintenance sensors (▲▲) | Reduces unplanned downtime; simplifies upkeep | Requires IoT integration; higher upfront investment |