CNC Punching Machines | Precision manufacturing, aerospace parts | Programmable CNC (ISO 10791-1, CE certified) ▲ Advanced model: ±0.02mm accuracy (ISO 230-2) vs Industry Standard’s ±0.1mm | High precision, complex part repeatability, automated workflows | Higher cost, requires skilled operators, maintenance-intensive |
Electric Punching Machines | Light-duty workshops, small batches | Electric motor (IEC 60034-1) ▲ Advanced model: 20kW power (▲100% over Base) | Quiet operation, energy-efficient, easy installation | Limited force for heavy-duty tasks, slower cycle times vs pneumatic systems |
Pneumatic Punching Machines | Assembly lines, repetitive tasks | Pneumatic cylinders (ISO 6358) ▲ Advanced model: 5000N force (▲66% over Base) | Fast cycle times (≤0.5s), compact design, consistent force output | Relies on compressed air, noise levels (85 dBA), higher energy costs |
Mechanical Punching Machines | Small-scale production, prototyping | Mechanical operation (ISO 281-1) ▲ Advanced model: 200mm stroke (▲33% over Base) | Low cost, no power dependency, simple maintenance | Manual effort required, slow speed (≤5 cycles/min), limited customization |
Hydraulic Press Machines | Heavy-duty forming, automotive parts | Hydraulic pressure (ISO 10243) ▲ Advanced model: 100T force (▲100% over Base) | High force (up to 100T), precise control, durable construction | Large footprint, hydraulic fluid maintenance, slower cycle times |
Automated Stator/Rotor Systems | Mass production of electrical hardware | Fully automated (ISO 10218-1) ▲ Advanced model: 30s cycle time (▲50% faster than Base) | High throughput (120+ parts/hour), reduced labor costs, CE-certified safety | High initial investment, requires programming expertise, complex setup |