Manual Die-Cutting Machines | Small workshops, craft production, prototyping | Max Cutting Size: 750×520 mm (ISO 297) Certification: CE (meets EU safety standards) Voltage: 220V/380V (global compatibility) | Cost-effective, low maintenance, easy setup ▲ Larger cutting area than basic manual models (e.g., 600×400 mm) | Limited throughput, requires manual labor, slower for bulk production |
Semi-Automatic Die-Cutting Machines | Medium-scale production (e.g., labels, packaging) | Auto Feed System: 1,200 cuts/hour (ISO 14971) Max Cutting Size: 1,000×800 mm ▲▲ (ISO 297) Warranty: 2 years | Higher productivity than manual models ▲ Reduced operator fatigue | Requires skilled supervision, higher upfront cost |
Fully Automatic Die-Cutting Machines | High-volume manufacturing (e.g., automotive, electronics) | Programmable Dies: 50+ presets (IEC 60204) Max Cutting Size: 1,500×1,200 mm ▲▲▲ (ISO 297) Throughput: 3,000 cuts/hour | Minimal labor costs, high precision, scalable output | Expensive, complex maintenance, needs dedicated space |
CNC Die-Cutting Machines | Precision parts (e.g., circuit boards, medical devices) | Accuracy: ±0.01 mm (ISO 2768) Tooling Flexibility: Adapts to 3D designs (ASTM E2257) Force: 20-ton hydraulic pressure (ASTM F436) | Customizable designs, minimal material waste | High cost, requires CAD expertise, slower for simple cuts |
Hydraulic Die-Cutting Machines | Heavy-duty materials (e.g., steel, thick plastics) | Max Force: 50 tons ▲ (ASTM F436) Max Cutting Size: 1,200×900 mm (ISO 297) Noise Level: 85 dB (ISO 1999) | Handles thick/strong materials, robust build | Noisy, high energy consumption, bulky footprint |
Laser Die-Cutting Machines | Complex designs (e.g., textiles, leather customization) | Laser Power: 100W (IEC 60825) Precision: 0.1 mm (ISO 10110) Non-Contact Cutting: No tool wear (ASTM F2933) | No tooling costs, intricate patterns, clean edges | Slow for bulk production, limited material thickness (≤10 mm), high energy use |