Hydraulic Punching Machines | Automotive manufacturing, heavy-duty fabrication | Hydraulic Pressure: 1500 PSI (Industry Standard) ▲ 2000 PSI (Base) ▲ 2500 PSI (Advanced) (ISO 10766) Stainless Steel Construction (ASTM A240 Grade 304) | ▲ Higher force capacity than industry standards; corrosion-resistant material | Requires hydraulic fluid maintenance; bulkier than pneumatic/electric systems |
CNC Punching Machines | Aerospace, medical devices, precision parts | Accuracy: ±0.01mm (Industry Standard) ▲ ±0.005mm (Base) ▲ ±0.002mm (Advanced) CNC Automation (Industry: Manual Programming ▲ Advanced: AI-Driven) | ▲ Ultra-precise outputs; programmable for complex designs | High upfront cost; requires skilled operators |
Manual Punching Machines | Small workshops, prototyping, light-duty tasks | Force Dependent on Operator Material: Cast Iron (Industry Standard) ▲ Stainless Steel (Advanced) (ASTM A240) | Low cost; portable; no power source needed | Limited force range; operator fatigue risk |
Electric Punching Machines | Electronics assembly, light industrial tasks | Motor Power: 1.5kW (Industry Standard) ▲ 2kW (Base) ▲ 3kW (Advanced) Speed: 30 strokes/min (Industry) ▲ 40 (Base) ▲ 50 (Advanced) (ISO 7500-1) | Quieter operation; energy-efficient | Lower force capacity vs hydraulic/pneumatic systems |
Pneumatic Punching Machines | Automotive assembly, repetitive tasks | Air Pressure: 80 PSI (Industry Standard) ▲ 100 PSI (Base) ▲ 120 PSI (Advanced) (ISO 10766) Compact Design | Fast cycle times; clean operation | Requires air compressor; maintenance for air lines |
Hybrid Punching Machines | Heavy-duty manufacturing, mixed applications | Dual Power (Electric + Hydraulic) Force: 10,000 N (Industry) ▲ 12,000 N (Base) ▲ 15,000 N (Advanced) (ISO 7500-1) | Versatile power options; high-force capability | Complex system design; higher cost |