Forging Force | Heavy-duty forging of large metal parts | Industry Standard: 15–20 tons Our Base: 20 tons (▲) Our Advanced: 25 tons (▲▲) (ISO 2288 force rating) | Handles larger components (e.g., automotive frames). Advanced: 25% higher capacity than Base. | Higher force requires robust workspaces; Base may suffice for smaller workshops. |
Stroke Length | Precision forging of complex geometries | Industry Standard: 300 mm Our Base: 350 mm (▲) Our Advanced: 400 mm (▲▲) (ASTM F43 stroke measurement) | Longer stroke = deeper impressions (e.g., turbine blades). Advanced: 33% greater reach. | Longer strokes may reduce stroke frequency for high-volume tasks. |
Energy Capacity | High-energy applications (e.g., alloy forging) | Industry Standard: 500 J Our Base: 600 J (▲) Our Advanced: 800 J (▲▲) (IEC 60207 energy output) | Advanced: 60% more energy than industry average for tough materials. | Higher energy demands more frequent maintenance. |
Noise Level | Workshop environments with multiple machines | Industry Standard: 100 dB(A) Our Base: 95 dB(A) (▲) Our Advanced: 90 dB(A) (▲▲) (OSHA-compliant, ISO 3744) | Advanced: Quieter than a lawnmower (90 dB vs 100 dB). Reduces hearing protection needs. | Noise reduction may slightly limit stroke speed. |
Voltage Compatibility | Small-to-medium workshops | Industry Standard: 380 V Our Base/Advanced: 220 V (▲▲) (IEC 60038 voltage standard) | Plug-and-play with standard outlets; no need for voltage converters. | Lower voltage limits peak force compared to 380 V competitors. |
Customization Options | Specialty forging (e.g., aerospace parts) | Industry Standard: Limited presets Our Base: Adjustable stroke/force Our Advanced: Full programmability (▲▲) (Customizable via ISO 13399 coding) | Advanced: Tailor parameters for niche alloys or shapes. | Base lacks advanced automation features for mass production. |